. "2010-03-04T12:30:07"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantics-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select the information to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.dist.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. Standard RDF and JSON export will, however, work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to solve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information, which is not meant to be publicly accessible, should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available through Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . "2007-06-25T18:17:12"^^ . "{{WantedPages}}" . . . . "2007-06-25T18:17:12"^^ . "{{OrphanedPages}}" . . . . "2007-06-25T18:17:12"^^ . "{{MyPages}}" . . . . "2007-06-25T18:17:12"^^ . "{{MyChanges}}" . . . . "2007-06-25T18:17:12"^^ . "{{RecentChanges}}" . . . . "2007-06-25T18:17:12"^^ . "{{RecentlyCommented}}" . . . . "2007-06-25T18:17:12"^^ . "{{PageIndex}}" . . . . "2007-06-25T18:17:12"^^ . "{{LastUsers}}" . . . . "2007-06-25T18:17:12"^^ . "{{ChangePassword}}" . . . . "2007-06-25T18:17:12"^^ . "{{Search}}" . . . . "2007-06-25T18:17:12"^^ . "{{Login}}" . . . . "2007-06-25T18:17:12"^^ . "{{UserSettings}}" . . . . "2007-06-25T18:17:12"^^ . "{{InterWikiList}}" . . . . "2008-03-15T05:03:54"^^ . "<#


#>\n\n===Contact===\n\nTriplify is developed by the ((http://aksw.org Agile Knowledge and Semantic Web research group (AKSW))) at the ((http://bis.informatik.uni-leipzig.de Department of Business Information Systems)) at the ((http://www.informatik.uni-leipzig.de Institute for Computer Science)) at ((http://www.uni-leipzig.de Universität Leipzig)).\n\n#|\n||**Triplify.org**\nc/o AG AKSW / Business Information Systems dep.\nInstitut für Informatik\nUniversität Leipzig\nPostfach 100920\n04009 Leipzig\nEuropean Union / Germany\n|\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: ((mailto:info@triplify.org info@triplify.org))\nWeb: http://triplify.org\n||\n|#\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . "2008-03-13T19:18:21"^^ . "==Publications==\nNone yet ;-)\n\n===Vocabularies===\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides methods for interconnecting discussion methods such as blogs, forums and mailing lists to each other.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n===Related Stuff===\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . "2008-03-12T20:56:23"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Configuration Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n===Issues===\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n===License===\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . "2008-03-13T19:13:55"^^ . "==Problem==\n\n===Short Story===\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))" . . . . "2009-05-07T18:24:19"^^ . "<#
{{ToC}}
#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailing list or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * **support** the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailing Lists===\n\nWe are very interested in your opinion about Triplify and ideas for further improvements. Please send your feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify-related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify, we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally, we receive requests for commercial support and consulting services regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding inquiries for consulting." . . . . "2008-02-26T16:17:11"^^ . "==~OpenConf==\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a ~MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 ~OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the ~OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships.\n\n{{Include file=\"/Configuration/OpenConf/2.0\" notoc=\"1\"}}" . . . . "2008-03-16T02:18:05"^^ . "==OpenConf==\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. \n\nTriplify (with this configuration) makes this valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers accessible. Five queries select relevant information from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships.\n\n{{Include page=\"/Configuration/OpenConf/20\"}}" . . . . "2008-05-29T09:27:01"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\nrequire_once(\"../db.php\");\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/OpenConf/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'paper'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\"\n WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN\n \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'author'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(CONCAT('mailto:',email)) mbox_sha1sum,paperid isAuthorOf,\n name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country\n FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\"\n USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(CONCAT('mailto:',email)) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,\n name_first,name_last,url `foaf:homepage`,organization,country\n FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topic'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC,\n);\n\n$triplify['objectProperties']=array(\n 'isAuthorOf'=>'paper',\n 'isPCmemberOf'=>'',\n 'hasTopic'=>'topic'\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host='.OCC_DB_HOST.';dbname='.OCC_DB_NAME, OCC_DB_USER, OCC_DB_PASSWORD);\n\n$triplify['classMap']=array(\n 'author'=>'foaf:Person',\n 'PCmember'=>'foaf:Person'\n);\n%%" . . . . "2008-02-27T00:21:36"^^ . "==Using Triplify Data==\n\n===Creating Mashups===\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ?t-output=json to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n===Semantic Search===\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n===RDF and Linked Data Browser===\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . "2009-09-09T17:13:49"^^ . "===Registry===\n\nTriplify is complemented by a lightweight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (a parameter ##vocabulary## can optionally be used to refer to the vocabulary used). The complete list of the registered data sources is available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n{{register}}" . . . . "2008-02-26T23:01:26"^^ . "http://triplify.org/Configuration/OpenConf/2.0" . . . . "2008-02-26T23:02:25"^^ . "http://triplify.org/Configuration/OpenConf/2.0" . . . . "2008-03-16T02:14:57"^^ . "==Triplify Configuration for Drupal with example CCK content type==\n%%(php)\n'http://triplify.org/vocabulary/Drupal/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/', \n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$sql['user'] = \"SELECT uid AS id, name AS 'sioc:name', SHA(CONCAT('mailto:',mail)) AS 'sioc:email_sha1', FROM_UNIXTIME(created) AS 'sioc:created_at' FROM users WHERE uid > 0\";\n //\"SELECT uid AS id, name AS 'foaf:nickname', SHA(CONCAT('mailto:',mail)) AS 'foaf:mbox_sha1sum', FROM_UNIXTIME(created) AS created FROM users WHERE uid > 0 AND status = 1\", \n\n/* Drupal core node, adjust to your contenttype, usually type='page' or remove to expose all */\n\n$sql['node'] = \"SELECT n.nid AS id, n.title AS 'dc:title', FROM_UNIXTIME(n.created) AS 'sioc:created_at', FROM_UNIXTIME(n.changed) AS 'sioc:modified_at', n.uid AS 'sioc:has_creator' FROM node n WHERE n.status = 1 AND type='pub'\";\n\n/* Drupal node to taxonomy/category terms */\n\n$sql['terms'] = \"SELECT n.nid AS id, td.name AS 'skos:prefLabel' FROM node n INNER JOIN (term_node tn NATURAL JOIN term_data td) ON n.nid=tn.nid WHERE n.status = 1\";\n\n/* Drupal CCK custom content type fields */\n\n$sql['pub'] = \"SELECT nid AS id, field_authorsconcat_value AS 'dc:contributor', field_year_value AS 'dc:date', field_pages_value AS 'pages', field_language_value AS 'dc:language', field_copyright_value AS 'dc:rights', field_appeared_value AS 'dc:publisher' FROM content_type_pub\";\n\n$sql['author'] = \"SELECT nid AS id, field_authors_value as 'dc:creator' FROM content_field_authors ORDER BY nid,delta\";\n\n/* putting it together for triplify */\n\n$triplify['queries']=array(\n 'user' => $sql['user'],\n 'pub' => array(\n $sql['node'],\n $sql['pub'],\n $sql['author'],\n $sql['terms'],\n ),\n);\n\n$triplify['objectProperties']=array(\n// 'user_id'=>'user',\n 'sioc:has_creator'=>'user',\n \n);\n\n$triplify['classMap']=array(\n// 'node'=>'sioc:Post',\n 'pub'=>'sioc:Post',\n 'user'=>'sioc:User',\n// 'user'=>'foaf:person'\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host=localhost;dbname=drupal', 'user', 'pass');\n?>\n%%" . . . . "2008-04-21T18:37:01"^^ . "===Joomla! Configuration===\n\nThis configuration was created by ((http://www.deri.ie/about/team/member/danh%20le_phuoc/ Danh Le Phuoc)). Danh is working on refining the configuration in a GSoC project. So in case of inquiries, bug reports and feature requests regarding this configuration email Danh and/or the ((Community Triplify mailinglist)).\n\n%%(php)\nhost;dbname=$conf->db\",\"$conf->user\",\"$conf->password\");\n\n/* Alternatively the db configuration value can point to a mysql link resource*/\n#$triplify['db']=mysql_connect($conf->host,$conf->user,$conf->password);\n#mysql_select_db($conf->db);\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/Joomla/',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'rss'=>'http://purl.org/rss/1.0/modules/content/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$servURI='http://'.$_SERVER['SERVER_NAME'].($_SERVER['SERVER_PORT']!=80?':'.$_SERVER['SERVER_PORT']:'');\n$bsURI=$servURI.substr($_SERVER['REQUEST_URI'],0,strpos($_SERVER['REQUEST_URI'],'/triplify'));\n $article_uri=\"$bsURI/index.php?option=com_content&view=article&id=\";\n$triplify['queries']=array(\n 'content'=>array(\n \"SELECT c.id AS id,c.title AS 'dc:title', u.name AS 'sioc:has_creator',\n CONCAT('\".$article_uri.\"',c.id) AS 'sioc:about',\n c.created AS 'sioc:created_at',\n c.modified AS 'sioc:modified_at',\n s.title AS 'vocabulary:has_section',cat.title AS 'vocabulary:has_category',\n c.fulltext AS 'sioc:content', c.fulltext AS 'rss:encoded'\n FROM jos_content c INNER JOIN jos_users u ON(created_by=u.id)\n LEFT JOIN jos_sections s ON(c.sectionid=s.id)\n LEFT JOIN jos_categories cat ON(c.catid=cat.id)\n \"),\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum' FROM jos_users\",\n 'section'=>\"SELECT id,title as 'vocabulary:section_Title',description as 'vocabulary:sectionDescription' FROM jos_sections\",\n 'cat'=>\"SELECT id,title as 'vocabulary:cat_Title',description as 'vocabulary:catDescription' FROM jos_categories\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'sioc:about' =>''\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'content'=>'foaf:Post',\n 'section'=>'vocabulary:Section',\n 'cat'=>'vocabulary:Category'\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['metadata']=array(\n 'dc:title'=>'',\n 'dc:publisher'=>''\n);\n\n$triplify['register']=true;\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='cache/';\n\n$triplify['LinkedDataDepth']='0';\n\nfunction htmlcleaning( $text ) {\n\n $text = preg_replace('#]*>#ims', \"\\n\", $text);\n $text = preg_replace('#]*>#ims', \"\\n - \", $text);\n $text = preg_replace( '#{.*?}#ims', '', $text );\n $text = strip_tags( $text );\n $text = decodeHTML( $text );\n\n return $text;\n}\n\nfunction decodeHTML( $string ) {\n $string = strtr( $string, array_flip(get_html_translation_table( HTML_ENTITIES ) ) );\n $string = preg_replace( \"/&#([0-9]+);/me\", \"chr('\\\\1')\", $string );\n\n return $string;\n}\n$triplify['CallbackFunctions']=array(\n 'sioc:content'=>'htmlcleaning',\n 'dc:title'=>'htmlcleaning',\n);\n?>\n%%" . . . . "2008-05-29T09:26:38"^^ . "==Triplify Configuration for ~WackoWiki 4.2==\n%%(php)\n'http://triplify.org/vocabulary/WackoWiki/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time AS 'dcterms:modified',body 'sioc:content',owner 'sioc:has_owner',user 'sioc:has_modifier'\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n# 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n# FROM {$wakkaConfig['table_prefix']}revisions p\n# INNER JOIN {$wakkaConfig['table_prefix']}acls a\n# ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_owner'=>'user',\n 'sioc:has_modifier'=>'user',\n 'ofPage'=>'page',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:Person',\n 'page'=>'sioctypes:WikiArticle',\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n?>\n%%" . . . . "2008-05-29T09:26:15"^^ . "==Triplify configuration for WordPress 2.1==\n%%(php)\n'http://triplify.org/vocabulary/Wordpress/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'post'=>array(\n \"SELECT id,post_author 'sioc:has_creator',post_date 'dcterms:created',post_title 'dc:title',\n post_content 'sioc:content',post_modified 'dcterms:modified'\n FROM {$table_prefix}posts WHERE post_status='publish'\",\n \"SELECT post_id id,tag_id 'tag:taggedWithTag' FROM {$table_prefix}post2tag\",\n \"SELECT post_id id,category_id 'belongsToCategory' FROM {$table_prefix}post2cat\",\n ),\n 'tag'=>\"SELECT tag_ID id,tag 'tag:tagName' FROM {$table_prefix}tags\",\n 'category'=>\"SELECT cat_ID id,cat_name 'skos:prefLabel',category_parent 'skos:narrower' FROM {$table_prefix}categories\",\n 'user'=>array(\n \"SELECT id,user_login 'foaf:accountName',SHA(CONCAT('mailto:',user_email)) 'foaf:mbox_sha1sum',\n user_url 'foaf:homepage',display_name 'foaf:name'\n FROM {$table_prefix}users\",\n \"SELECT user_id id,meta_value 'foaf:firstName' FROM {$table_prefix}usermeta WHERE meta_key='first_name'\",\n \"SELECT user_id id,meta_value 'foaf:family_name' FROM {$table_prefix}usermeta WHERE meta_key='last_name'\",\n ),\n 'comment'=>\"SELECT comment_ID id,comment_post_id 'sioc:reply_of',comment_author AS 'foaf:name',\n SHA(CONCAT('mailto:',comment_author_email)) 'foaf:mbox_sha1sum',\n comment_author_url 'foaf:homepage',comment_date AS 'dcterms:created',\n comment_content 'sioc:content',comment_karma,comment_type\n FROM {$table_prefix}comments WHERE comment_approved='1'\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'tag:taggedWithTag'=>'tag',\n 'belongsToCategory'=>'category',\n 'skos:narrower'=>'category',\n 'sioc:reply_of'=>'post',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:Person',\n 'post'=>'sioc:Post',\n 'tag'=>'tag:Tag',\n 'category'=>'skos:Concept',\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host='.DB_HOST.';dbname='.DB_NAME,DB_USER,DB_PASSWORD);\n?>\n%%" . . . . "2008-03-16T02:09:58"^^ . "==Open Journal Systems configuration==\n\nThis is an initial version which extracts just basic information about authors and articles.\n\n%%(php)\n'http://triplify.org/vocabulary/ojs/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'author'=>\"SELECT author_id,a.article_id AS 'sioc:creator_of',first_name AS 'foaf:firstName',middle_name,\n last_name AS 'foaf:family_name',affiliation,country,\n SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',url AS 'foaf:homepage'\n FROM article_authors aa INNER JOIN articles a ON(aa.article_id=a.article_id AND status=3)\",\n 'article'=>\"SELECT a.article_id AS id,title.setting_value title,abstract.setting_value abstract,keywords.setting_value keywords\n FROM articles a\n INNER JOIN article_settings title ON(a.article_id=title.article_id AND title.setting_name='title')\n INNER JOIN article_settings abstract ON(a.article_id=abstract.article_id AND abstract.setting_name='abstract')\n INNER JOIN article_settings keywords ON(a.article_id=keywords.article_id AND keywords.setting_name='subject')\n WHERE status=3\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:creator_of'=>'article',\n);\n\n$triplify['classMap']=array(\n 'author'=>'foaf:person'\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO($cfg['driver'].':host='.$cfg['host'].';dbname='.$cfg['name'],$cfg['username'],$cfg['password']);\n\n?>\n%%" . . . . "2009-09-07T14:52:55"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very lightweight:** It consists of only a few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are), the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next-generation, semantics-based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . "2008-10-21T18:47:19"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)" . . . . "2008-03-12T20:33:38"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n" . . . . "2008-03-12T20:39:19"^^ . "I'm the founder and main developer of Triplify.\n\nIn addition to that I'm computer scientist doing research in the field of the Databases, the Semantic Web and Social Networks. I lead the research group Agile knowledge Engineering and Semantic Web (http://AKSW.org). You can find more information about my scientific work on my professional homepage at:\n\nhttp://www.informatik.uni-leipzig.de/~auer" . . . . "2008-03-13T16:22:12"^^ . "Test1" . . . . "2008-03-13T16:22:27"^^ . "{{Redirect page=\"/Test2\"}}" . . . . "2008-03-13T19:28:39"^^ . "==Problem==\n\n===Short Story===\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))" . . . . "2008-03-13T19:29:33"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Configuration Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n===Issues===\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n===License===\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . "2008-03-13T19:30:41"^^ . "==Publications==\nNone yet ;-)\n\n===Vocabularies===\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides methods for interconnecting discussion methods such as blogs, forums and mailing lists to each other.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n===Related Stuff===\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . "2008-03-13T19:31:16"^^ . "==Using Triplify Data==\n\n===Creating Mashups===\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ?t-output=json to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n===Semantic Search===\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n===RDF and Linked Data Browser===\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . "2010-06-29T15:25:50"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.dist.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n * ((http://metamorphosis.med.duth.gr/Triplify_config.zip Elgg social network)): (contributed by Nikolas D. Dovrolis)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##ht####tp://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##ht####tp://example.com/triplify/product/45## would match the regular expression ##'/^product\\/([0-9]+)$/'## given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n===Publishing update logs as Linked Data===\n\nTriplify can be used for publishing a hierarchically structured update log as linked data itself. Details can be found here:\n\nhttp://triplify.org/vocabulary/update\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . "2008-03-14T03:13:31"^^ . "==~WordPress==\n\nWordPress is a Weblog system. More information can be found at:\nhttp://wordpress.org/\n\n{{Include page=\"/Configuration/WordPress/21\"}}" . . . . "2008-03-14T03:48:49"^^ . "==Styles==\n\n==Views==\n\n
\n\n==Facets==\n\n
\n" . . . . "2008-03-16T02:03:34"^^ . "==~WackoWiki==\n\nWackoWiki is a Wiki system. More information can be found at:\nhttp://wackowiki.com\n\n{{Include page=\"/Configuration/WackoWiki/42\"}}" . . . . "2008-03-16T02:09:02"^^ . "==~Open Journal Systems (OJS)==\n\nOJS is a journal management system. More information can be found at:\nhttp://pkp.sfu.ca/ojs/\n\n{{Include page=\"/Configuration/OJS/20\"}}" . . . . "2008-03-16T02:09:24"^^ . "{{Redirect page=\"/Configuration/OJS\"}}" . . . . "2008-03-18T17:21:14"^^ . "{{ToC}}\n\n===Sent Announcements===\n * Slashdot\n * ((http://freshmeat.net/projects/triplify/ Freshmeat))\n\n===Triplify Announcement Englisch===\n\nThe largest obstacle for the uptake of the Semantic Web is still the lack of semantically represented data, information and knowledge. On the other hand the majority of Web pages already now is generated by database driven Web applications containing highly structured data. Triplify aims at revealing such data and make it accessible using next generation semantic technologies.\n\nTriplify is a small plugin for database driven Web applications which:\n\n * exposes RDF, Linked Data and JSON,\n * is extremely simple to configure - just provide some SQL queries, selecting the information to be exposed (i.e. ##SELECT id, name AS 'foaf:name' FROM users##),\n * is complemented by a light-weight registry for RDF data sources.\n\nWe hope Triplify will make a significant contribution to get *more* data and semantics on the Web. But Triplify needs your contribution too - please consider donating some minutes to provide a Triplify configuration for a popular Web application. Such configurations will be shared on Triplify.org to make the \"semantification\" of Web applications even for novices a *no brainer*.\n\nUltimately, when a critical mass of Web applications is equipped with semantic interfaces such as Triplify it is easy to mix-and-mash information from different web sites and search engines are able to search the Web more efficiently and to combine different keywords more intelligently. When searching e.g. for airports near Leipzig, cities in France with more than 100.000 inhabitants or digital cameras combining a large zoom with high resolution we will not have to rely on lucky hits.\n\nMore information about Triplify can be found at: http://triplify.org\n\n===Joomla!===\n\n**Let's make Joomla! part of the Semantic Web**\n\n**Abstract:** The Web is more and more going semantics (cf. the recent announcements of Yahoo! and e.g. the Drupal Semantic Web initiative). Yesterday a new technology called Triplify (http://triplify.org) was released, which provides a building block for the “semantification” of Web applications in particular Joomla!. Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\nTriplify is very light weight: It consists just of few files with less than 500 lines of code. For Joomla a configuration for Triplify can be probably be created in less than 2 hours and the configuration can be reused without modifications on all Joomla installations. Triplify would make Joomla! easier mashable and lays the foundation for next generation, semantics based Web searches.\n\n**Main text:** The largest obstacle for the uptake of the Semantic Web is still the lack of semantically represented data, information and knowledge. On the other hand the majority of Web pages already now is generated by database driven Web applications containing structured data - such as Joomla!. Triplify now aims at revealing such data and make it accessible using next generation semantic technologies.\n\nTriplify is a small plugin (<300 LoC) for database driven Web applications which:\n\n * exposes RDF, Linked Data and JSON,\n * is extremely simple to configure - just provide some SQL queries, selecting the information to be exposed,\n * is complemented by a light-weight registry for RDF data sources.\n\nWe hope Triplify will make a significant contribution to get more data and semantics on the Web. But Triplify needs your contribution too - please consider donating some minutes to provide a Triplify configuration for a popular Web application such as Joomla! or pledge for the respective open-source projects at Cofundos.org [1]. Such configurations will be shared on Triplify.org to make the \"semantification\" of Web applications even for novices a no brainer.\n\nUltimately, when a critical mass of Web applications is equipped with semantic interfaces such as Triplify it is easy to mix-and-mash information from different web sites and search engines are able to search the Web more efficiently and to combine different keywords more intelligently. When searching e.g. for airports near Leipzig, cities in France with more than 100.000 inhabitants or digital cameras combining a large zoom with high resolution we will not have to rely on lucky hits.\n\nMore information about Triplify can be found at: http://triplify.org\n\n[1] http://cofundos.org/project.php?id=112\n\n\n===Triplify Ankündigung Deutsch===\n\nDas größte Hindernis für eine umfassende Verbreitung des Semantic Web ist im Moment noch die mangelnde Verfügbarkeit von semantisch ausgezeichneten Daten, Informationen und Wissen (z.B. als RDF oder Linked Data). Andererseits wird bereits ein weitaus überwiegender Teil von Webseiten von datenbankbasierten Webanwendungen (wie CMS, Blogs, Wikis, Foren, Groupware etc.) generiert, die hochgradig strukturierte Inhalte enthalten.\n\nDie an der Universität Leipzig entwickelte Technologie - Triplify macht es nun zum Kinderspiel solche Webanwendungen zu \"semantifizieren\", also die in einer relationalen Datenbank gespeicherten Inhalte als RDF, Linked Data oder auch JSON zu publizieren. Triplify basiert auf der Definition von Datenbankabfragen, die relevante Informationen auswählen und deren Ergebnisse dann von Triplify automatisch in RDF-Statements (Triples) konvertiert und im Web publiziert werden.\n\nWurde für eine bestimmte Webapplikation, wie z.B. Wordpress, Typo3 oder Compiere, einmal eine Triplify-Konfiguration erzeugt kann diese ohne Änderung von allen weiteren Installationen dieser Webapplikation verwendet werden. Unter Triplify.org finden sich bereits einige Konfigurationen für populäre Webapplikationen (wie z.B. Wordpress, WackoWiki oder OpenConf). Damit weitere dazukommen und das Semantic Web an Fahrt gewinnt ist Triplify jedoch auf Beiträge angewiesen.\n\nSobald eine kritische Masse von Webapplikationen ihre strukturierten Daten auf diese Weise zur Verfügung stellen können Suchmaschinen wesentlich gezielter nach Informationen suchen und verschiedene Suchbegriffe intelligenter kombinieren. Bei einer Websuche z.B. nach Flughäfen in der Nähe von Leipzig, Orten in Frankreich mit mehr als 100.000 Einwohnern oder Digitalkameras mit hoher Auflösung und großem Zoom ist man dann nicht mehr auf Zufallstreffer angewiesen.\n\nMehr Informationen zu Triplify finden sich auch unter: http://Triplify.org " . . . . "2008-09-07T19:19:08"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n{{ToC}}
\nSponsors

 

 
\n\n
#>\n\n===The Winners==\n\nThe winners were ((http://www.flickr.com/photos/30359552@N08/tags/triplificationchallenge2008/ awarded on September 5th at I-Semantics 2008)).\n\n**1.** ((http://triplify.org/Challenge/Nominations/files?get=hassanzadeh_linkedmdb.pdf Linked Movie Data Base)) by Oktie Hassanzadeh, Mariano Consens\nhttp://www.linkedmdb.org\n\n**2.** ((http://triplify.org/Challenge/Nominations/files?get=raimond_dbtune.pdf DBTune)) by Yves Raimond\nhttp://dbtune.org\n\n**3.** ((http://triplify.org/Challenge/Nominations/files?get=lephuoc_swpipes.pdf Semantic Web Pipes Demo)) by Danh Le Phuoc\nhttp://pipes.deri.org\n\nCheck out all Linking Open Data ((/Challenge/Nominations Triplification Challenge Nominations!))\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and ((http://infai.org InfAI)).\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by (a link to) the software source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . "2008-03-27T22:04:56"^^ . "==Graphics and Buttons==\n\nFeel free to use those graphics on your websites, wikis and weblogs.\n\n===Triplify Buttons===\n\n * <# \"Triplified, \"Triplified, \"Triplified, \"Triplified, \"Triplified, \"Triplify,
#>((http://triplify.svn.sourceforge.net/viewvc/triplify/graphic/button/square/ square sized buttons)) as PNG in different colors with sizes between 16px and 512px, use the ((http://triplify.svn.sourceforge.net/viewvc/*checkout*/triplify/graphic/button/square/triplified_scalable.svg scalable SVG version)) for your own derivations\n\nThe buttons are licenced under ((http://creativecommons.org/licenses/by/3.0/ Creative Commons BY)).\n\n===Triplify Logo===\n\n<#\n\n#>\n\nThe Triplify logo is licenced under ((http://creativecommons.org/licenses/by-nd/3.0/ Creative Commons BY-ND)).\n\n===Overview Graphics===\n\nThe graphical overview about Triplify is available as <# PNG (800x338px) and SVG #>. It's licenced under ((http://www.w3.org/Consortium/Legal/2002/copyright-documents-20021231 W3C Document License)) because we used the logos of ((http://www.w3.org/2007/10/sw-logos.html Semantic Web)) and RDF.\n" . . . . "2008-09-02T12:56:34"^^ . "==Triplify phpBB Vocabulary==\n\n{{ToC}}\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n===Properties===\n\n" . . . . "2008-11-17T12:33:24"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nYou can also download a ((http://triplify.org/files/patch.zip patch)) for you osCommerce installation.\n\nTriplify is now available in osCommerce ((http://addons.oscommerce.com/info/6341 Add-Ons))\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n====Product====\nA Product is an elusive entity that specifies some characteristics of a group of similar, usually mass-produced Products.\n\n====Newsletter====\nRepresents usually an online Magazine with the new Products and Offers. A title for each edition must be available.\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . "2008-11-03T23:59:52"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'osd'=>'http://triplify.org/vocabulary/oscommerce/currency/',\n 'gr'=>'http://purl.org/goodrelations/v1#',\n 'update'=>'http://triplify.org/vocabulary/update#',\n\n);\n\n$default_currency = $triplify['db']->query(\"SELECT configuration_id, configuration_value\n FROM configuration\n WHERE configuration_key = 'DEFAULT_CURRENCY'\");\nif($row=$default_currency->fetch()) {\n $currency=$row[1];\n}else {\n echo \"\";\n}\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'rdfs:label'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'rdfs:label',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, \n products_quantity 'vocabulary:num_Product^^xsd:integer',\n products_model 'gr:hasMakeAndModel',\n products_price 'vocabulary:price^^osd:$currency',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date',\n products_weight 'vocabulary:products_weight^^xsd:decimal',\n products_tax_class_id 'sioc:has_container'\n FROM products\",\n \"SELECT products_id id, products_name 'rdfs:label',\n products_description 'gr:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories_id 'sioc:has_container'\n FROM products_to_categories\"\n ),\n \n 'review'=>array(\"SELECT reviews_id id,products_id 'sioc:has_container',\n reviews_rating 'vocabulary:reviews_rating^^xsd:integer',\n date_added 'dcterms:date^^xsd:date'\n FROM reviews\",\n \"SELECT reviews_id id, reviews_text 'vocabulary:reviews_text'\n FROM reviews_description\"\n ),\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'rdfs:label',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'sioc:has_container',\n specials_new_products_price 'vocabulary:price^^osd:$currency',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date 'gr:validThrough^^xsd:dateTime'\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'rdfs:label',\n tax_class_description 'gr:description',\n last_modified 'dcterms:modified^^xsd:dateTime', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n \n 'update'=>\"SELECT p.products_last_modified AS id,\n p.products_id 'update:updatedResource->product'\n FROM products p\",\n \"SELECT r.date_added AS id,\n r.reviews_id 'update:updatedResource->review'\n FROM reviews r\",\n \"SELECT s.specials_last_modified AS id,\n s.specials_id 'update:updatedResource->special'\n FROM specials s\",\n\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_parent'=>'category',\n 'gr:hasMakeAndModel'=>'product',\n 'gr:description'=>'product',\n 'sioc:num_views'=>'product',\n); \n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacturer'=>'gr:BusinessEntity',\n 'product'=>'gr:ActualProductOrServiceInstance',\n 'review'=>'Review',\n 'newsletter'=>'Newsletter',\n 'special'=>'gr:Offering',\n 'tax'=>'Tax',\n 'update'=>'Update',\n);\n\n$triplify['license']= 'http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true;\n\n$triplify['TTL']=0;\n\n$triplify['LinkedDataDepth']='0';\n\n?>\n%%" . . . . "2008-07-31T00:24:21"^^ . "==Triplification Challenge Nominations==\n\n{{poll}}\n\n\nThe following submissions were nominated for the ((/Challenge LOD Triplification Challenge)) prizes.\n\n**1.** ((http://triplify.org/Challenge/Nominations/files?get=burt_ltworld.pdf Automatic Generation of a Content Management System from an OWL ontology and RDF import and export)) by Alastair Burt, Brigitte Jörg\nhttp://www.lt-world.org/triplify/\n\n**2.** ((http://triplify.org/Challenge/Nominations/files?get=czygan_django.pdf Integrating Triplify into the Django web application framework and discover some math)) by Martin Czygan\nhttp://pcai042.informatik.uni-leipzig.de:9103\n\n**3.** ((http://triplify.org/Challenge/Nominations/files?get=hassanzadeh_linkedmdb.pdf Linked Movie Data Base)) by Oktie Hassanzadeh, Mariano Consens\nhttp://www.linkedmdb.org\n\n**4.** ((http://triplify.org/Challenge/Nominations/files?get=hausenblas_camicatzee.pdf Interlinking Multimedia Data)) by Michael Hausenblas, Wolfgang Halb\nhttp://sw.joanneum.at/CaMiCatzee/\n\n**5.** ((http://triplify.org/Challenge/Nominations/files?get=lephuoc_joomla.pdf Showcases of light-weight RDF syndication in Joomla!)) by Danh Le Phuoc, Nur Aini Rakhmawati\nhttp://swm.deri.org/jsyndication/\n\n**6.** ((http://triplify.org/Challenge/Nominations/files?get=lephuoc_swpipes.pdf Semantic Web Pipes Demo)) by Danh Le Phuoc\nhttp://pipes.deri.org\n\n**7.** ((http://triplify.org/Challenge/Nominations/files?get=raimond_dbtune.pdf DBTune)) by Yves Raimond\nhttp://dbtune.org\n\n**8.** ((http://triplify.org/Challenge/Nominations/files?get=theodorou_oscommerce.pdf Triplification of the Open-Source Online Shop System osCommerce)) by Elias Theodorou\nhttp://triplify.org/vocabulary/oscommerce\n\nThe final decision about the winners of the challenge will be made by the organizing committee. The prizes will be awarded at ((http://triple-i.tugraz.at/i_semantics I-SEMANTICS 2008)), 3-5 September 2008, Graz, Austria.\n\nPlease nominate your personal favorite (using the widget on the right) and invite your friends and colleagues to vote. Although this will not have a formal influence on the committee decision the winner of the community vote will at least earn a honorable mention." . . . . "2008-08-01T13:48:21"^^ . "==Triplify update vocabulary==\n\n{{ToC}}\n\n===Purpose===\n\nWhen RDB data is published on the Web e.g. as LinkedData it is important to keep track of DB (and hence RDF) updates so crawlers know what has changed (after the last crawl) and should be re-retrieved from that endpoint.\n\nTo have a centralized registry (such as e.g. implemented by ((http://pingthesemanticweb.com PingTheSemanticWeb service))) does not seem to be feasible when Linked Data becomes more popular - think of millions of Linked Data endpoints pinging such a registry each time a small change occurred.\n\n=== The approach: LinkedData Update Logs ===\n\nEach LinkedData endpoint provides information about updates performed in a certain timespan as a special/standardized LinkedData source.\n\nLet's assume the Example.com company provides a Linked Data endpoint with information about their products, employees etc. The endpoint is reachable via ##~http://example.com/lod/##.\n\nThe LOD endpoint contains a special LOD space below ##~http://example.com/lod/updates## which contains information about updates.\n\n##~http://example.com/lod/update## for example will return the following RDF:\n\n%%(php)\nhttp://example.com/lod/update/2007 rdf:type update:UpdateCollection .\nhttp://example.com/lod/update/2008 rdf:type update:UpdateCollection .\n%%\n\n##~http://example.com/lod/update/2008## could then return the following RDF:\n\n%%(php)\nhttp://example.com/lod/update/2008/Jan rdf:type update:UpdateCollection .\nhttp://example.com/lod/update/2008/Feb rdf:type update:UpdateCollection .\n%%\n\nThis nesting could continue until we finally reach an URL, which exposes all updates performed in a certain second in time. For very frequently updated LOD endpoints (e.g. Wikipedia) this interval of one second will be sufficiently small enough, so the related update information can be still easily retrieved. For rarely updated LOD endpoints (e.g. a personal Weblog) links should only point to non-empty UpdateCollections in order to prevent crawlers from performing unnecessary HTTP requests.\n\n##~http://example.com/lod/update/2008/Jan/01/17/58/06## then would for example contain RDF links (and additional metadata) to the LinkedData documents updated on Jan 1st, 2008 at 17:58:06, e.g. following triples:\n\n%%(php)\nhttp://example.com/lod/update/2008/Jan/01/17/58/06/user123 update:updatedResource http://example.com/lod/users/JohnDoe .\nhttp://example.com/lod/update/2008/Jan/01/17/58/06/user123 update:updatedAt \"20080101T17:58:06\"^ .\nhttp://example.com/lod/update/2008/Jan/01/17/58/06/user123 update:updatedBy http://example.com/lod/users/JohnDoe .\n%%\n\nIndividual updates are identified by a sequential identifier (i.e. \"user123\" in the example). Arbitrary meta data can be attached to these updates, such as the time of the update (probably redundant since that can be inferred from the URL) or a certain person who performed the update.\n\n\n===Invocation===\n\nTriplify automatically generates all the resources in the ##update## URI space, when the Triplify configuration ##$triplify['queries']## contains a query named ##update##. This query has to return at least two columns. The first column contains the date when to update occurred, the second column contains the id of the updated resource. An example is given below:\n\n%%(sql)SELECT p.changed AS id,p.id AS 'update:updatedResource->project' FROM project p%%\n\n\n===Example===\n\nThe workings of the Triplify LinkedData Update Logs can be observed with Triplify's own datasource registry:\n\nhttp://triplify.org/triplify/update/\n\n===Classes===\n\n====update:UpdateCollection====\n{{a name=\"update:UpdateCollection\"}}\n\nA collection of updates.\n\n====update:Update====\n{{a name=\"update:Update\"}}\n\nAn atomic update performed on an RDF resource.\n\n====update:Deletion====\n{{a name=\"update:Deletion\"}}\n\n~SubClassOf: ((#update:Update))\n\nRepresents the deletion of an RDF resource.\n\n\n===Properties===\n\n====update:updatedResource====\n\nType: ~ObjectProperty\nDomain: ((#update:Update))\n\nPoints to the resource which was updated.\n\n====update:updatedAt====\n\nType: ~DatatypeProperty\nDomain: ((#update:Update))\nRange: xsd:dateTime\n\nRefers to the date and time when a certain update occurred.\n\n====update:updatedBy====\n\nType: Property\nDomain: ((#update:Update))\n\nPoints to the user description who performed the update." . . . . "2008-08-22T10:57:42"^^ . "==osCommerce Currency Datatypes==\n\n{{ToC}}\n\n===datatypes===\n\n====EUR====\n[Definition:] The __Euro__pean currency represents a subset of the real number (R+), which can be represented by decimal numbers. The ((http://www.w3.org/TR/xmlschema-2/#dt-value-space value space)) is the same with the decimal and can be obtained by multiplying an integer by a non-positive power of ten (like k x 10^-n where k,n>=0). The Euro ISO 4217 standard code is EUR.\n\n\n====USD====\n[Definition:] The __U__nited __S__tates __D__ollar currency represents a subset of the real number (R+), which can be represented by decimal numbers. The ((http://www.w3.org/TR/xmlschema-2/#dt-value-space value space)) is the same with the decimal and can be obtained by multiplying an integer by a non-positive power of ten (like k x 10^-n where k,n>=0). The US_Dollar ISO 4217 standard code is USD.\n " . . . . "2008-08-02T03:16:09"^^ . "==OMDB - Open Media Database==\n\n((http://www.omdb.org OMDB.org)) is a Wiki devoted to collect structured data about movie related information.\n\nThe OMDB triplification can be accessed at: http://triplify.org/omdb/triplify\n\nThe complete triples (1.2M) are available for download at: http://triplify.org/omdb/triplify/omdb.nt.bz2 (6MB)\n\n%%(php)\n'http://triplify.org/vocabulary/omdb#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'update'=>'http://triplify.org/vocabulary/update#',\n);\n\nfunction getContentSQL($type) {\n return \"SELECT related_object_id id,data 't:unc',CONCAT(CONCAT_WS('-',type,name),'@\\\"',l.iso_639_1,'\\\"')\n FROM contents INNER JOIN globalize_languages l ON(l.id=language_id)\n WHERE related_object_type='$type'\";\n\n}\nfunction getAliasSQL($type) {\n return \"SELECT DISTINCT related_object_id id,name 't:unc',IF(l.id=1,'rdf:label',CONCAT('rdf:label@\\\"',l.iso_639_1,'\\\"')) FROM name_aliases\n INNER JOIN globalize_languages l ON(l.id=language_id)\n WHERE related_object_type='$type'\";\n}\nfunction getNameAliasSQL($type) {\n return \"SELECT DISTINCT cn.name id,an.name 't:unc',CONCAT('rdf:label@\\\"',l.iso_639_1,'\\\"') FROM name_aliases cn\n INNER JOIN name_aliases an USING(related_object_type,related_object_id)\n INNER JOIN globalize_languages l ON(l.id=an.language_id)\n WHERE cn.related_object_type='$type'\";\n}\n\n$triplify['queries']=array(\n 'movie'=>array(\n \"SELECT id,name,type,runtime,budget,revenue,status,homepage,created_at FROM movies\",\n \"SELECT movie_id id,id 'hasCast->cast' FROM casts\",\n \"SELECT related_object_id id,CONCAT('http://www.omdb.org/image/default/',id,'.jpeg') 'hasImage' FROM images WHERE related_object_type='Movie'\",\n \"SELECT movie_id id, english_name 'country' FROM movie_countries INNER JOIN globalize_countries gc ON(country_id=gc.id)\",\n \"SELECT DISTINCT movie_id id,name 'belongsToCategory->category' FROM movie_user_categories\n INNER JOIN name_aliases ON(related_object_type='Category' AND related_object_id=category_id AND language_id=1819)\",\n \"SELECT movie_id id,CONCAT('http://www.youtube.com/watch?v=',`key`) 'hasTrailer' FROM trailers\",\n \"SELECT movie_id id, FROM movie_languages\",\n getContentSQL('Movie'),\n getAliasSQL('Movie'),\n ),\n 'cast'=>array(\n \"SELECT id,movie_id 'ofMovie->movie',person_id 'hasActor->person',position,type,character_id 'playsCharacter->character',comment,job_id 'performesJob->job' FROM casts\",\n getAliasSQL('Cast'),\n ),\n 'job'=>array(\n \"SELECT jn.name id,pn.name 'isSubJobOf->job' FROM jobs j\n INNER JOIN name_aliases jn ON(jn.related_object_type='Job' AND jn.related_object_id=j.id AND jn.language_id=1819)\n LEFT JOIN name_aliases pn ON(pn.related_object_type='Job' AND pn.related_object_id=parent_id AND pn.language_id=1819)\",\n getContentSQL('Job'),\n getNameAliasSQL('Job'),\n ),\n 'person'=>array(\n \"SELECT id,name,birthday,homepage,birthplace FROM people\",\n \"SELECT person_id id,movie_id 'playsInMovie->movie' FROM casts\",\n \"SELECT related_object_id id,CONCAT('http://www.omdb.org/image/default/',id,'.jpeg') 'hasImage' FROM images WHERE related_object_type='Person'\",\n getContentSQL('Person'),\n getAliasSQL('Person'),\n ),\n 'category'=>array(\n \"SELECT cn.name id,pn.name 'isSubCategoryOf->category' FROM categories c\n INNER JOIN name_aliases cn ON(cn.related_object_type='Category' AND cn.related_object_id=c.id AND cn.language_id=1819)\n LEFT JOIN name_aliases pn ON(pn.related_object_type='Category' AND pn.related_object_id=parent_id AND pn.language_id=1819)\",\n getNameAliasSQL('Category'),\n getContentSQL('Category'),\n ),\n 'company'=>array(\n \"SELECT id,name,parent_id 'subsidiaryOf->company' FROM companies\",\n \"SELECT related_object_id id,CONCAT('http://www.omdb.org/image/default/',id,'.jpeg') 'hasImage' FROM images WHERE related_object_type='Company'\",\n getContentSQL('Company'),\n getAliasSQL('Company'),\n ),\n 'character'=>array(\n \"SELECT id,name FROM characters\",\n \"SELECT character_id id,person_id 'playedBy->person',movie_id 'appearsInMovie->movie' FROM casts\",\n \"SELECT related_object_id id,CONCAT('http://www.omdb.org/image/default/',id,'.jpeg') 'hasImage' FROM images WHERE related_object_type='Character'\",\n getContentSQL('Character'),\n getAliasSQL('Character'),\n ),\n);\n\n$triplify['objectProperties']=array(\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person'\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['metadata']=array(\n 'dc:title'=>'',\n 'dc:publisher'=>''\n);\n\n$triplify['register']=true;\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='cache/';\n\n$triplify['LinkedDataDepth']='2';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . "2008-12-01T16:45:30"^^ . "==Gallery==\nGallery is an open source project with the goal to develop and support leading photo sharing web application solutions.\nMore information can be found at:\nhttp://gallery.menalto.com/\n\n\n==Triplify Configuration for Gallery 2.3==\n%%(php)\n'http://triplify.org/vocabulary/gallery#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n\n 'user'=>array(\"SELECT \".$clm.\"id ID, \".$clm.\"userName AS 'foaf:accountName',\n \".$clm.\"fullName AS 'foaf:name',\n \".$clm.\"language 'dcterms:language^^xsd:string',\n SHA(CONCAT('mailto:',\".$clm.\"email)) AS 'sioc:email_sha1'\n FROM \".$tbl.\"User\",\n \"SELECT \".$clm.\"userId ID, \".$clm.\"groupId AS 'sioc:member_of'\n FROM \".$tbl.\"UserGroupMap\"\n ),\n\n 'entity'=>\"SELECT \".$clm.\"id ID, \".$clm.\"creationTimestamp AS 'dcterms:created^^xsd:time',\n \".$clm.\"modificationTimestamp AS 'dcterms:modified^^xsd:dateTime',\n \".$clm.\"entityType AS 'dcterms:type'\n FROM \".$tbl.\"Entity\",\n \n 'item'=>array(\"SELECT \".$clm.\"id ID, \".$clm.\"description AS 'dcterms:description',\n \".$clm.\"keywords AS 'dcterms:references', \".$clm.\"title AS 'dc:title',\n \".$clm.\"ownerId 'sioc:has_creator',\n \".$clm.\"viewedSinceTimestamp 'dcterms:date^^xsd:date',\n \".$clm.\"originationTimestamp 'dcterms:dateSubmitted^^xsd:dateTime'\n FROM \".$tbl.\"Item\",\n \"SELECT \".$clm.\"itemId ID, \".$clm.\"viewCount 'sioc:num_views^^xsd:integer',\n \".$clm.\"parentSequence 'dcterms:isReferencedBy'\n FROM \".$tbl.\"ItemAttributesMap\"\n ),\n\n 'group'=>\"SELECT \".$clm.\"id ID, \".$clm.\"groupType AS 'dcterms:type',\n \".$clm.\"groupName AS 'sioc:name'\n FROM \".$tbl.\"Group\",\n\n 'comment'=>\"SELECT \".$clm.\"id id, \".$clm.\"commenterId 'sioc:has_creator',\n \".$clm.\"subject AS 'dcterms:subject',\n \".$clm.\"comment 'rdfs:comment',\n \".$clm.\"date AS 'dcterms:created^^xsd:dateTime',\n \".$clm.\"author AS 'sioc:creator_of'\n FROM \".$tbl.\"Comment\"\n);\n\n$triplify['objectProperties']=array(\n 'foaf:accountName'=>'user',\n 'foaf:name'=>'user',\n 'sioc:email_sha1'=>'user',\n 'sioc:member_of'=>'group',\n \n 'dcterms:type'=>'entity',\n \n 'dcterms:description'=>'item',\n 'dc:title'=>'item',\n 'sioc:has_creator'=>'user',\n 'sioc:num_views^^xsd:integer'=>'item',\n 'dcterms:isReferencedBy'=>'item',\n \n 'dcterms:type'=>'group',\n 'sioc:name'=>'group',\n \n 'sioc:has_creator'=>'user',\n 'dcterms:subject'=>'comment',\n 'rdfs:comment'=>'comment',\n);\n\n$triplify['classMap']=array(\n 'user'=>'sioc:User',\n 'entity'=> 'skos:Concept',\n 'item'=> 'sioc:Item',\n 'group'=> 'sioc:Usergroup',\n 'comment'=>'Comment',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true;\n\n$triplify['TTL']=0;\n\n?>\n%%" . . . . "2008-08-03T19:26:27"^^ . "==Vocabulary==\n\n{{tree}}" . . . . "2008-10-30T10:05:27"^^ . "==phpBB==\nphpBB is an Open Source forum. More information can be found at:\nhttp://www.phpbb.com/\n\n\n==Triplify Configuration for phpBB-3.0.2==\n%%(php)\n'http://triplify.org/vocabulary/phpbb#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n\n 'forum'=>\"SELECT forum_id id, forum_name 'sioc:name',\n forum_desc AS 'sioc:about', forum_parents 'sioc:has_parent',\n forum_posts 'sioc:Post', forum_topics 'sioc:topic'\n FROM phpbb_forums\",\n\n 'topic'=> \"SELECT topic_id AS id, forum_id 'sioc:has_container',\n topic_title 'dcterms:title', topic_poster 'sioc:has_creator',\n topic_time 'dcterms:created^^xsd:time',\n topic_views 'sioc:num_views',\n topic_replies 'sioc:num_replies',\n topic_last_post_subject 'sioc:content'\n from phpbb_topics\",\n\n 'post'=> \"SELECT post_id AS id, topic_id 'sioc:topic',\n forum_id 'sioc:has_container', poster_id 'sioc:has_creator',\n post_username 'foaf:accountName',post_time 'dcterms:created^^xsd:time',\n post_subject 'sioc:content', post_text 'sioc:has_reply',\n post_edit_time 'dcterms:modified^^xsd:dateTime',\n post_edit_user 'sioc:has_modifier'\n FROM phpbb_posts\",\n\n 'user'=>array(\"SELECT user_id id, group_id 'sioc:member_of',\n username AS 'foaf:accountName',\n SHA(CONCAT('mailto:',user_email)) AS 'sioc:email_sha1',\n user_lastpost_time 'sioc:previous_by_date^^xsd:time',\n user_birthday 'foaf:birthday^^xsd:dateTime',\n user_icq 'foaf:icqChatID',\n user_website 'foaf:homepage',\n user_posts 'sioc:creator_of'\n FROM phpbb_users\" ,\n \"SELECT user_id id, group_id 'sioc:has_usergroup'\n FROM phpbb_user_group\"\n ),\n\n 'group'=>\"SELECT group_id id, group_name 'sioc:Usergroup',\n group_desc 'sioc:about'\n FROM phpbb_groups\",\n);\n \n$triplify['objectProperties']=array(\n 'sioc:name'=>'forum',\n 'sioc:about'=>'forum',\n 'sioc:Post'=>'post',\n 'sioc:topic'=>'topic',\n 'sioc:has_container'=>'forum',\n 'dcterms:title'=>'topic',\n 'sioc:has_creator'=>'user',\n 'sioc:num_views'=>'topic',\n 'sioc:num_replies'=>'topic',\n 'sioc:content'=>'topic',\n 'sioc:has_reply'=>'post',\n 'sioc:member_of'=>'group',\n 'foaf:accountName'=>'user',\n 'sioc:email_sha1'=>'user',\n 'sioc:creator_of'=>'post',\n 'sioc:has_usergroup'=>'group',\n 'sioc:Usergroup'=>'group',\n\n);\n\n$triplify['classMap']=array(\n 'user'=>'sioc:User',\n 'forum'=>'sioc:Forum',\n 'post'=>'sioc:Post',\n 'group'=>'sioc:Usergroup',\n 'topic'=>'Topic',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true;\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array();\n\n?>\n%%" . . . . "2010-04-29T07:53:58"^^ . "<##>\n\n==LOD Triplification Challenge==\n\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n
#>\n\n\nThe yearly organized LinkingOpenData Triplification Challenge awards prizes to the most promising triplifications of existing Web applications, Websites and data sets.\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\nFor information about the individual challenges please consult:\n * ((/Challenge/2008 Triplification Challenge 2008)) at I-Semantics 2008, Graz, Austria\n * ((/Challenge/2009 Triplification Challenge 2009)) at I-Semantics 2009, Graz, Austria\n * ((/Challenge/2010 Triplification Challenge 2010)) at I-Semantics 2010, Graz, Austria\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge 2010, please contact ((mailto:bernhard.schandl@univie.ac.at Bernhard Schandl)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists.\n\n====Steering Committee====\nSören Auer (((http://aksw.org AKSW)), Universität Leipzig), Chris Bizer (FU-Berlin), Ivan Herman (W3C), Kingsley Idehen (~OpenLink Software), Tassilo Pellegrini (Semantic Web Company)\n" . . . . "2009-01-17T22:57:43"^^ . "==Triplify configuration for WordPress 2.7==\n%%(php)\n'http://sdp.iasi.rdsnet.ro/semantic-wordpress/vocabulary/',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'update'=>'http://triplify.org/vocabulary/update#',\n);\n\n/* The core of triplify are SQL queries, which select the information to be made\n * available.\n *\n * You can provide a number of arbitrary queries. Each query, however, should\n * select information about an object of a certain type. This type, which serves\n * as an index in the associative queries configuration array, is also used to\n * construct corresponding URIs for the objects returned by the query.\n *\n * The first column returned by the query represents the ID of the object and\n * has to be named \"id\", all other columns represent characteristics (or\n * properties of this object). As column identifier you should reuse existing\n * vocabularies whenever possible. If your \"user\" table, for example, contains a\n * column named \"first_name\" this can be easily mapped to the corresponding FOAF\n * property using: \"SELECT id,first_name AS 'foaf:firstName' FROM user\".\n *\n * You can use the following column naming convention in order to inform\n * Triplify about the datatype or language of a column:\n * SELECT id,price AS 'price^^xsd:decimal',desc AS 'rdf:label@en' FROM products\n * However, Triplify tries to autodetect and convert timestamps appropriately.\n *\n * Similarly, you can indicate that a column represents an objectProperty\n * pointing to other objects (foreign key):\n * SELECT id,user_id 'sioc:has_creator->user'\n *\n * Only select information, which does not contain sensitive information and\n * can be made public. For example, email adresses and password (hashes) should\n * never be exposed. However, you can use the database function SHA to\n * mask email addresses, e.g.:\n * SELECT SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum' FROM users\n *\n * The following queries are example queries and have to be replaced by queries\n * suitable for your database schema.\n */\n$triplify['queries']=array(\n 'post'=>array(\n /* posts and pages */\n \"SELECT id, post_author 'sioc:has_creator', post_date 'dcterms:created', post_title 'dc:title', post_content 'sioc:content', post_modified 'dcterms:modified'\n FROM {$table_prefix}posts WHERE post_status='publish'\",\n /* excerpts for posts/pages where they are set */\n \"SELECT id, post_excerpt 'dcterms:abstract'\n FROM {$table_prefix}posts WHERE post_status='publish' AND LENGTH(post_excerpt) > 0\",\n /* number of comments for posts */\n \"SELECT id, comment_count 'sioc:num_replies'\n FROM {$table_prefix}posts WHERE post_status='publish' AND comment_count > 0\",\n /* attachments */\n \"SELECT p2.id id, p1.id 'sioc:has_attachment'\n FROM {$table_prefix}posts p1\n INNER JOIN {$table_prefix}posts p2 ON p1.post_parent = p2.id\n INNER JOIN {$table_prefix}postmeta m on p1.id = m.post_id AND m.meta_key = '_wp_attached_file'\n WHERE p1.post_type = 'attachment' AND (p1.post_status = 'publish' OR (p1.post_status = 'inherit' AND p2.post_status = 'publish'))\",\n /* tags for all tagged posts/pages */\n \"SELECT {$table_prefix}posts.ID AS id, {$table_prefix}terms.term_id AS 'tag:taggedWithTag'\n FROM {$table_prefix}posts LEFT JOIN {$table_prefix}term_relationships ON {$table_prefix}term_relationships.object_id = {$table_prefix}posts.ID\n LEFT JOIN {$table_prefix}term_taxonomy ON {$table_prefix}term_taxonomy.term_taxonomy_id = {$table_prefix}term_relationships.term_taxonomy_id\n LEFT JOIN {$table_prefix}terms ON {$table_prefix}terms.term_id = {$table_prefix}term_taxonomy.term_id\n WHERE {$table_prefix}posts.post_status = 'publish' and {$table_prefix}term_taxonomy.taxonomy = 'post_tag'\",\n /* categories for all categorized posts/pages */\n \"SELECT {$table_prefix}posts.ID AS id, {$table_prefix}terms.term_id AS 'belongsToCategory'\n FROM {$table_prefix}posts LEFT JOIN {$table_prefix}term_relationships ON {$table_prefix}term_relationships.object_id = {$table_prefix}posts.ID\n LEFT JOIN {$table_prefix}term_taxonomy ON {$table_prefix}term_taxonomy.term_taxonomy_id = {$table_prefix}term_relationships.term_taxonomy_id\n LEFT JOIN {$table_prefix}terms ON {$table_prefix}terms.term_id = {$table_prefix}term_taxonomy.term_id\n WHERE {$table_prefix}posts.post_status = 'publish' and {$table_prefix}term_taxonomy.taxonomy = 'category'\"\n ),\n 'attachment'=>array(\n \"SELECT p1.id id, p1.post_author 'sioc:has_creator', p1.post_date 'dcterms:created', p1.post_title 'dc:title', p1.post_modified 'dcterms:modified', p1.post_content 'dcterms:description', concat((SELECT option_value from {$table_prefix}options WHERE option_name = 'siteurl'), '/wp-content/uploads/', m.meta_value) 'dcterms:URI', p1.post_mime_type 'dcterms:format'\n FROM {$table_prefix}posts p1\n INNER JOIN {$table_prefix}posts p2 ON p1.post_parent = p2.id\n INNER JOIN {$table_prefix}postmeta m on p1.id = m.post_id AND m.meta_key = '_wp_attached_file'\n WHERE p1.post_type = 'attachment' AND (p1.post_status = 'publish' OR (p1.post_status = 'inherit' AND p2.post_status = 'publish'))\"\n ),\n 'tag'=>array(\n /* all terms that play a role of tag */\n \"SELECT DISTINCT {$table_prefix}terms.term_id AS id, {$table_prefix}terms.name AS 'tag:tagName'\n FROM {$table_prefix}terms\n LEFT JOIN {$table_prefix}term_taxonomy ON {$table_prefix}terms.term_id = {$table_prefix}term_taxonomy.term_id\n LEFT JOIN {$table_prefix}term_relationships ON {$table_prefix}term_taxonomy.term_taxonomy_id = {$table_prefix}term_relationships.term_taxonomy_id\n WHERE {$table_prefix}term_taxonomy.taxonomy = 'post_tag'\"\n ),\n 'category'=>array(\n /* all terms that play a role of category */\n \"SELECT DISTINCT {$table_prefix}terms.term_id AS id, {$table_prefix}terms.name AS 'skos:prefLabel', {$table_prefix}term_taxonomy.parent AS 'skos:narrower'\n FROM {$table_prefix}terms\n LEFT JOIN {$table_prefix}term_taxonomy ON {$table_prefix}terms.term_id = {$table_prefix}term_taxonomy.term_id\n LEFT JOIN {$table_prefix}term_relationships ON {$table_prefix}term_taxonomy.term_taxonomy_id = {$table_prefix}term_relationships.term_taxonomy_id\n WHERE {$table_prefix}term_taxonomy.taxonomy = 'category'\"\n ),\n 'user'=>array(\n /* all users */\n \"SELECT id, user_login 'foaf:accountName', SHA1(CONCAT('mailto:', user_email)) 'foaf:mbox_sha1sum', user_url 'foaf:homepage', display_name 'foaf:name'\n FROM {$table_prefix}users\",\n /* users metadata */\n \"SELECT user_id AS id, meta_value 'foaf:firstName' FROM {$table_prefix}usermeta WHERE meta_key='first_name'\",\n \"SELECT user_id AS id, meta_value 'foaf:family_name' FROM {$table_prefix}usermeta WHERE meta_key='last_name'\",\n \"SELECT user_id AS id, meta_value 'foaf:nick' FROM {$table_prefix}usermeta WHERE meta_key='nickname'\"\n ),\n 'comment'=>array(\n /* all comments */\n \"SELECT comment_ID id, comment_post_id 'sioc:reply_of', comment_author AS 'foaf:name',\n SHA1(CONCAT('mailto:',comment_author_email)) 'foaf:mbox_sha1sum',\n comment_author_url 'foaf:homepage', comment_date AS 'dcterms:created',\n comment_content 'sioc:content', comment_karma, comment_type\n FROM {$table_prefix}comments WHERE comment_approved='1'\"\n )\n);\n\n/* custom fields with keys in the array below will be added to the triples\n there is a speed tradeoff, but some of these might turn out to be useful */\n$customFields = array('dcterms:references', 'bibliographicCitation');\nforeach ($customFields as $field) {\n $triplify['queries']['post'][] = \n \"SELECT {$table_prefix}posts.id, {$table_prefix}postmeta.meta_value as '{$field}'\n FROM {$table_prefix}posts\n INNER JOIN {$table_prefix}postmeta on {$table_prefix}posts.id = {$table_prefix}postmeta.post_id\n WHERE {$table_prefix}postmeta.meta_key = '{$field}'\";\n}\n\n/* Some of the columns of the Triplify queries will contain references to other\n * objects rather than literal values. The following configuration array\n * specifies, which columns are references to objects of which type.\n */\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'sioc:has_attachment'=>'attachment',\n 'tag:taggedWithTag'=>'tag',\n 'belongsToCategory'=>'category',\n 'skos:narrower'=>'category',\n 'sioc:reply_of'=>'post'\n);\n\n/* Objects are classified according to their type. However, you can specify\n * a mapping here, if objects of a certain type should be associated with a\n * different class (e.g. classify all users as 'foaf:person'). If you are\n * unsure it is safe to leave this configuration array empty.\n */\n$triplify['classMap']=array(\n 'user'=>'foaf:Person',\n 'post'=>'sioc:Post',\n 'attachment'=>'sioc:Item',\n 'tag'=>'tag:Tag',\n 'category'=>'skos:Concept'\n);\n\n/* You can attach license information to your content.\n * A popular license is Creative Commons Attribution, which allows sharing and\n * remixing under the condition of attributing the original author.\n */\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n/* Additional metadata\n * You can add arbitrary metadata. The keys of the following array are\n * properties, the values will be represented as respective property values.\n */\n$triplify['metadata']=array(\n 'dc:title'=>'',\n 'dc:publisher'=>''\n);\n\n/* Set this to true in order to register your linked data endpoint with the\n * Triplify registry (http://triplify.org/Registry).\n * Registering is absolutely recommended, since that allows other Web sites\n * (e.g. peer Web applications, search engines and mashups) to easily find your\n * content. Requires PHP ini variable allow_url_fopen set to true.\n * You can also register your data source manually by accessing register.php in\n * the triplify folder, or at: http://triplify.org/Registry\n */\n$triplify['register']=true;\n\n/* You can specify for how long generated files should be cached. For smaller\n * Web applications it is save to disable caching by setting this value to zero.\n */\n$triplify['TTL']=0;\n\n/* Directory to be used for caching\n */\n$triplify['cachedir']='cache/';\n\n/* Linked Data Depth\n *\n * Specify on which URI level to expose the data - possible values are:\n * - Use 0 or ommit to expose all available content on the highest level\n * all content will be exposed when /triplify/ is accessed on your server\n * this configuration is recommended for small to medium websites.\n * - Use 1 to publish only links to the classes on the highest level and all\n * content will be exposed when for example /triplify/user/ is accessed.\n * - Use 2 to publish only links on highest and classes level and all\n * content will be exposed on the instance level, e.g. when /triplify/user/1/\n * is accessed.\n */\n$triplify['LinkedDataDepth']='0';\n\n/* Callback Functions\n *\n * Some of the columns of the Triplify queries will contain data, which has to\n * be processed before exposed as RDF (literals). This configuration array maps\n * column names to respective functions, which have to take the data value as a\n * parameter and return it processed.\n */\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . "2010-03-31T16:16:41"^^ . "<##>\n\n==LOD Triplification Challenge 2009==\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n{{ToC}}\n
\nSponsors


\n

\n\n
\n
#>\nThe yearly organized LinkingOpenData Triplification Challenge awards prizes to the most promising triplifications of existing Web applications, Websites and data sets.\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nThe prize of this years challenge is an ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000. The prize is kindly sponsored by ((http://www.ontos.com Ontos AG)). There will also be 2nd and 3rd prizes awarded, sponsored by Punkt.NetServices and DERI.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Winners===\n\nOn Friday the winners of this year's Triplification Challenge were announced at I-Semantics 2009 in Graz. The winners are:\n\n * 1st prize: Anja Jentzsch, Jun Zhao, Oktie Hassanzadeh, Kei-Hoi Cheung, Matthias Samwald, Bo Andersson with ((http://triplify.org/files/challenge_2009/LODD.pdf Linking Open Drug Data))\n * 2nd prize: Bernhard Schandl with ((http://triplify.org/files/challenge_2009/tripfs.pdf TripFS: Exposing File Systems as Linked Data))\n * 3rd prize: Matthias Quasthoff, Sebastian Hellmann, Konrad Höffner with ((http://triplify.org/files/challenge_2009/languageresources.pdf Standardized Multilingual Language Resources for the Web of Data: http://corpora.uni-leipzig.de/rdf))\n\nWe received a number of very high-quality submissions and decided to award two honorable mentions to:\n\n * Danh Le Phuoc with ((http://triplify.org/files/challenge_2009/sensormasher.pdf SensorMasher: publishing and building mashup of sensor data))\n * Andreas Koller with ((http://triplify.org/files/challenge_2009/poolparty.pdf SKOS Thesaurus Management based on Linked Data with Poolparty))\n\n===Submissions===\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable. We envision submissions such as (but not limited to) the following:\n * Applications of Linked Data tools and techniques such as for example ((http://triplify.org/ Triplify)), ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/VOSSQL2RDF Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * Implementations of exporters and mappers from existing content repository formats (such as mbox mailing list archives, BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * Adoptions / configurations of Triplify for standard Web applications, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at SourceForge.\n * Portings of the Triplify script into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * Applications showcasing the benefits of Linked Data to end-users such as for information syndication, specialized search, browsing or augmentation of content.\n\n====Criteria====\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies and alignment ontologies (e.g., the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData Linking Open Data cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be nominated for the prizes. A final decision will be made by the Organizing Committee, based on the reviews by Programme Committee members. \n\n====Format====\nSubmissions should consist of a two page description in ((http://i-know.tugraz.at/scientific_part/paper_submission_and_guidelines JUCS)) format of the application, accompanied by (a link to) the software source code and a link to an online demo. Note that either the data or the source code must be open, ideally both. \n\nThe descriptions should be submitted electronically via email to ((mailto:michael.hausenblas@deri.org Michael Hausenblas)) with the subject Triplification Challenge **Submission by August 9th, 2009**. Descriptions of nominated submissions will be included in the conference proceedings of the I-Semantics. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request. \n\n===Organizing Committee==\n * ((http://sw-app.org/mic.xhtml#i Michael Hausenblas)), ((http://www.deri.ie/ DERI)), National University of Ireland, Galway (chair)\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.semantic-web.at/1.6191.resource.1745.tassilo-pellegrini.htm Tassilo Pellegrini)), Semantic Web Company \n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n \n===Contact and Further Information===\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:michael.hausenblas@deri.org Michael Hausenblas)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO Linking Open Data Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://linkeddata.org/docs/how-to-publish Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/html/vdld_html/VirtDeployingLinkedDataGuide_Introduction.html Linked Data using OpenLink Virtuoso)) and use the ((http://simile.mit.edu/mailman/listinfo/linking-open-data Linking Open Data)) mailinglists.\n\nThe Triplification Challenge will take place during ((http://i-semantics.tugraz.at/triplification_challenge I-Semantics 2009)) in Graz, Austria from 2 - 4 September 2009." . . . . "2009-02-04T18:37:04"^^ . "Michael Hausenblas is a postdoctoral Web of Data researcher at DERI. See also http://semanticweb.org/wiki/Michael_Hausenblas for more information about him." . . . . "2009-02-05T16:05:44"^^ . "==Triplify Tyop3 Vocabulary==\n\n{{ToC}}\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n===Properties===\n\n" . . . . "2010-09-05T10:12:14"^^ . "==Linked Data Triplification Challenge 2010==\n\n<#
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\nPatron\nTim Berners-Lee\n
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\nSponsors\n\n

 

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\nContact\n

Bernhard Schandl

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Follow us on twitter!

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#>\n\nThe yearly organized Linked Data Triplification Challenge awards prizes to the most promising application demonstrations and approaches in three fields related to Linked Data.\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their utilization within concrete applications, to solve real-world problems. The Triplification Challenge aims to expedite this process by raising awareness and showcasing best practices.\n\n**3,000 EUR in prize money** will be awarded to the winners of the Open Track and the special Open Government Data track.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable. ** The extended submission deadline is 14th of June 2010.**\n\n\n===Submissions===\n**3,000 EUR in prize money** will be given to the most promising applications, newly published datasets and methodological approaches built upon Linked Data. Participants can choose between an **Open Track** and a special **Open Government Data Track**.\n\n\n====Open Track====\nThe Open Track is sponsored by ((http://www.wolterskluwer.de/de/html/content/17/Startseite/ Wolters Kluwer Germany)) and ((http://semtech2010.semanticuniverse.com/ Semantic Universe)).\n\nIn the Open Track we envision submissions in three categories:\n\n * Novel data sets that are published as part of the Web of Data, according to Linked Data principles, and demonstrating potential benefit of use within applications;\n * Novel generic mechanisms, approaches, and technologies that convert certain types and formats of information into triples, interlink them to other data sets, and expose them as Linked Data;\n * Applications showcasing the benefits of Linked Data to end-users such as for information syndication, specialized search, browsing, or augmentation of content.\n\n\n====Open Government Data Track====\nParticipants are to design and build a web application that makes use of open government datasets. Any dataset qualifies that is produced by any government in the world. These can relate i.e. to environmental data, cadastral and geographic data, traffic data, historical data, public speeches, laws, demographics, election data, campaigning, corporate spending on political messaging etc. The source need not be any particular national government nor any particular level of government (local, state, provincial, federal, etc). \nAt least one source must adhere to the principles of Linked Open Data. Mashups of raw and linked data are allowed and welcome.\n\n\n===Criteria===\nEntries will be assessed according to the extent to which they:\n\n * demonstrate innovation through the expression of existing data structures as Linked Data;\n * reasonably reuse existing vocabularies and alignment ontologies (e.g., the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData Linking Open Data cloud)).)\n * highlight the technical capabilities of the Semantic Web and bring real benefits to potential users.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n\n===Reviews and Judging===\nSubmissions to the Triplification Challenge that fit the topics mentioned above will be reviewed by members of the Triplification Challenge Organizing Committee and invited experts from the Linked Data community. Based on the reviews, one winner and one runner-up for each category will be awarded. A final decision will be made by the Organizing Committee, based on the reviews by the Programme Committee members. \n\nWinners will be given one free conference pass. At least one person is expected to attend the conference to collect the prize.\n\n\n===Format===\nSubmissions must be original and must not have been submitted for publication elsewhere. Articles should follow the ((http://www.acm.org/sigs/publications/proceedings-templates ACM ICPS guidelines for formatting)) and must be submitted via the ((https://www.easychair.org/login.cgi?conf=ldtc2010 online submission system)) as PDF documents (other formats will not be accepted). For the camera-ready version, we will also need the source files (Latex, Word Perfect, Word).\n\nSubmissions should not exceed 3 pages.\n\nThe descriptions should be submitted electronically via the ((https://www.easychair.org/login.cgi?conf=ldtc2010 submission system)) by --May 18th--June 14th, 2010. Eligible descriptions submissions will be included in the proceedings of the I-Semantics conference. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request. \n\n\n===Important Dates===\n * --''May 18th, 2010'': Submission of descriptions--\n * ''June 14th, 2010'': Submission of descriptions\n * ''June 28th, 2010'': Notification of nomination\n * ''July 12th, 2010'': Camera-ready version\n * ''September 1st to 3rd, 2010'': Main Conference\n\n\n===Nominations===\nThe list of accepted nominations can be found at the ((http://i-semantics.tugraz.at/triplification-challenge/nominated-papers I-Semantics Website)).\n\n\n===Winners===\nWe are very happy to announce the winners of this year's Triplification Challenge, which have been selected from 23 submissions. Each of the winner received EUR 1,000.- prize money -- congratulations!\n\n====Open Government Data Track====\n * **Winner**: Richard Cyganiak, Fadi Maali and Vassilios Peristeras, ''Self-Service Linked Government Data with dcat and Gridworks''\n * **Honorary Mention**: Christoph Boehm, Felix Naumann, Markus Freitag, Stefan George, Norman Höfler, Martin Köppelmann, Claudia Lehmann, Andrina Mascher and Tobias Schmidt, ''Linking Open Government Data: What Journalists Wish They Had Known''\n * **Honorary Mention**: Alexander De Leon, Victor Saquicela, Luis M. Vilches-Blázquez, Boris Villazón-Terrazas, Freddy Priyatna, Oscar Corcho, Carlos Buil, Jose Mora and Jean Paul Calbimonte, ''Geographical Linked Data: a Spanish Use Case''\n\n====Open Track====\n * **Winner**: Danh Le Phuoc, Josiane Xavier Parreira, Michael Hausenblas, Yuanbo Han, Manfred Hauswirth, ''Live Open Linked Sensor database''\n * **Winner**: Pablo Mendes, Pavan Kapanipathi and Alexandre Passant, ''Twarql: Tapping Into the Wisdom of the Crowd''\n * **Honorary Mention**: Oktie Hassanzadeh, Reynold S. Xin, Christian Fritz, Yang Yang and Renée J. Miller, ''BibBase Triplified''\n\n\n\n===Organizing Committee===\n * ((http://www.cs.univie.ac.at/bernhard.schandl Bernhard Schandl)), ((http://www.cs.univie.ac.at/mis University of Vienna)), Austria \n * ((http://www.juansequeda.com Juan Sequeda)), University of Texas at Austin, USA\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.semantic-web.at/1.6191.resource.1745.tassilo-pellegrini.htm Tassilo Pellegrini)), Semantic Web Company, Austria\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n\n\n===Reviewing Committee===\n * Andraz Tori (Zemanta)\n * Andreas Blumauer (Semantic Web Company)\n * Alexandre Passant (DERI Galway)\n * Christian Dirschl (Wolters Kluwer)\n * Daniel Schwabe (PUC Rio)\n * Herbert Van der Sompel (Los Alamos National Laboratory)\n * Hugh Glaser (University of Southampton)\n * Jamie Taylor (Metaweb)\n * Jonathon Hare (University of Southampton)\n * Mark Greaves (Vulcan)\n * Oktie Hassanzadeh (University of Toronto)\n * Olaf Hartig (Humboldt University Berlin)\n * Patrick Sinclair (BBC)\n * Richard Cyganiak (DERI Galway)\n\n\n===Contact and Further Information===\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:bernhard.schandl@univie.ac.at Bernhard Schandl)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO Linking Open Data Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((http://linkeddata.org/docs/how-to-publish Linked Data Tutorial)), and the ((http://www.consuminglinkeddata.org/ Consuming Linked Data Tutorial)). It is also good to read ((http://tomheath.com/papers/bizer-heath-berners-lee-ijswis-linked-data.pdf Linked Data -- The Story So Far)). If you need technical assistance, use the ((http://simile.mit.edu/mailman/listinfo/linking-open-data Linking Open Data)) mailinglists. \n\nThe presentation of the winners of the Triplification Challenge 2010 will take place during ((http://i-semantics.tugraz.at/triplification_challenge I-Semantics 2010)) in Graz, Austria from 1st to 3rd September 2010." . . . . . "2007-06-25T18:17:12"^^ . "((http://wackowiki.com/images/wacko4.gif WackoWiki))\n**Welcome to your ((WackoWiki:WackoWiki WackoWiki)) site!**\n\nClick on the \"Edit this page\" link at the bottom to get started.\n\nDocumentation can be found at WackoWiki:WackoDocumentation.\n\nUseful pages: OrphanedPages, WantedPages, TextSearch, MyPages, MyChanges.\n\n" . . . . . "2007-06-29T14:04:00"^^ . "==Tripleize==\n===Problem===\nA large part of Web content is generated by database driven web-applications. The structure and semantics encoded in relational database schemes, however, unfortunately is not accessible to Web search engines. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the web. The aim of tripleizer is to reveal the semantic structures behind web-applications and to make them accessible on the Web and thus to enable semantic based Web searches. The following table contains the most popular ((http://sourceforge.net SourceForge)) web application projects according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n\n\n===Solution===\n\nThe tripleize solution to reveal the structured is to generate relational database queries for a specific web-application in order to retrieve valuable information and to convert the results of these queries into RDF. Experiences showed, for most web-applications a relatively small number of queries (5-10) is sufficient to extract the important information. After generating such DB views the tripleizer software can be used to convert the view into an RDF representation, which can be shared on the web.\n\n====View structure====\nIn order to minimize the effort needed to \"tripleize\" a new web-application the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\nA query result will be converted into RDF triples using the following (optional) additional parameters:\n * a URI prefix for prefixing instance identifiers\n * a mapping which is used to map column names into URIs\n * a map which assigns URI prefixes or data-types to columns, in case the column values represent references to other instance or typed literal values\n\n====Vocabulary reuse====\n\n\n====Sharing and distributing====\nPush vs. pull\n\n\n===Example: OpenConf===\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-25T04:39:31"^^ . "==Tripleize==\n\n\n===Solution===\n\nThe tripleize solution to reveal the structured is to generate relational database queries for a specific web-application in order to retrieve valuable information and to convert the results of these queries into RDF. Experiences showed, for most web-applications a relatively small number of queries (5-10) is sufficient to extract the important information. After generating such DB views the tripleizer software can be used to convert the view into an RDF representation, which can be shared on the web.\n\n====View structure====\nIn order to minimize the effort needed to \"tripleize\" a new web-application the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\nA query result will be converted into RDF triples using the following (optional) additional parameters:\n * a URI prefix for prefixing instance identifiers\n * a mapping which is used to map column names into URIs\n * a map which assigns URI prefixes or data-types to columns, in case the column values represent references to other instance or typed literal values\n\n====Vocabulary reuse====\n\n\n====Sharing and distributing====\nPush vs. pull\n\n\n===Example: OpenConf===\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-25T04:43:07"^^ . "==Tripleize==\n\n\n" . . . . . "2008-02-25T04:51:05"^^ . "==Triplify==\n\nTriplify provides a building block for the \"semantification\" of Web applications. Triplify converts database content into RDF or JSON feeds and provides a Linked Data interface. Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases and makes them accessible on the Web as Linked Data, RDF and JSON. Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.\n" . . . . . "2008-02-25T04:55:05"^^ . "{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/\" max=\"5\"}}\n\n==Triplify==\n\nTriplify provides a building block for the \"semantification\" of Web applications. Triplify converts database content into RDF or JSON feeds and provides a Linked Data interface. Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases and makes them accessible on the Web as Linked Data, RDF and JSON. Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.\n\n{{cofundos tag=\"OntoWiki\" divclass=\"floatbox\"}}\n" . . . . . "2008-02-25T04:55:19"^^ . "{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/\" max=\"5\"}}\n\n==Triplify==\n\nTriplify provides a building block for the \"semantification\" of Web applications. Triplify converts database content into RDF or JSON feeds and provides a Linked Data interface. Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases and makes them accessible on the Web as Linked Data, RDF and JSON. Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.\n\n{{cofundos tag=\"Triplify\" divclass=\"floatbox\"}}\n" . . . . . "2008-02-26T04:18:53"^^ . "{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/\" max=\"5\"}}\n\n==Triplify==\n\nTriplify provides a building block for the \"semantification\" of Web applications. Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data. Triplify is very light weight: It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as mosts open-source Web applications are) the configuration can be reused without modifications. Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.\n\n{{cofundos tag=\"Triplify\" divclass=\"floatbox\"}}\n" . . . . . "2008-02-26T04:20:28"^^ . "{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/\" max=\"5\"}}\n\n==Triplify==\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as mosts open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"floatbox\"}}\n" . . . . . "2008-03-15T03:21:46"^^ . "==Problem==\n\n===Short Story===\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))\n" . . . . . "2008-02-26T15:07:24"^^ . "{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/\" max=\"5\"}}\n\n==Triplify==\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"floatbox\"}}\n" . . . . . "2008-03-01T17:11:19"^^ . "{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"5\"}}\n\n==Triplify==\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"floatbox\"}}\n" . . . . . "2008-03-15T03:24:44"^^ . "<#
#>\n{{ToC}}\n<#
#>\n==Problem==\n\n===Short Story===\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))\n" . . . . . "2008-03-15T03:29:12"^^ . "<#
{{ToC}}
#>\n==Problem==\n\n===Short Story===\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))\n" . . . . . "2008-03-15T03:31:43"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))\n" . . . . . "2008-03-15T03:33:04"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Configuration Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . . "2008-03-15T05:07:42"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Configuration Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . . "2008-03-15T05:11:15"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . . "2008-03-16T01:45:07"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T01:51:57"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T01:59:40"^^ . "<#
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#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:25:35"^^ . "<#
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#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:27:24"^^ . "<#
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#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#||\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n||#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:43:08"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads in May '07
phpBBdiscussion forum software235480
Galleryphoto gallery166005
XOOPS))CMS115807
Copperminephoto gallery113854
Typo3))CMS63641
Liferay PortalPortal39615
eGroupWareenterprise collaboration33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging | 16730
Plone))CMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
PHPNukeWeb portal1654
\n
#>\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:44:46"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
in May '07
phpBBdiscussion forum software235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWareenterprise collaboration33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
Plone))CMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
PHPNukeWeb portal1654
\n
#>\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:46:17"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
in May '07
phpBBdiscussion forum software235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWareenterprise collaboration33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
PHPNukeWeb portal1654
\n
#>\n\nThe table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:49:55"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
in May '07
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures.\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:52:21"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n\nhttp://www.gnu.org/graphics/lgplv3-88x31.png" . . . . . "2008-03-16T04:54:29"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\n<##>\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T04:55:27"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T14:45:58"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T14:52:19"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T14:56:21"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n>> http://triplify.org/files/triplify2.png <<\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T14:59:48"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T15:01:26"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages (this should be possible pretty quick, since the crucial parts are barely more than 200 lines of code).\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n====Issues====\n * **Triplify is still Beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T15:06:33"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T20:09:09"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T20:09:50"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T20:10:49"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-16T20:16:08"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\nYou don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-19T21:07:47"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\nYou don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-22T09:03:21"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\nYou don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-22T18:12:47"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs (i.e. unique identifiers, such as the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2008-03-22T18:14:47"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software.\n" . . . . . "2009-01-30T13:37:48"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **must** be something such as a Web of data, semantics or knowledge.\n\n====Long Story====\n\nThe vision of the Semantic Web still has not become reality even though significant research and development efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T17:39:39"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T17:49:02"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T17:56:41"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries and selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL query structure====\nIf there is no existing Triplify configuration for your Web application you have to create your own. The main part is the definition of a number of SQL queries selecting information, which should be made publicly available. In order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table)\n * column names will be used to generate property URIs, by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##) you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages. This should be possible pretty quick, since the crucial parts are barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb only those information should be made available trough Triplify, which are also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T18:10:42"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select information that is to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * the first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table)\n * column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should be possible pretty quickly, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence be also used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information which is not meant to be publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available trough Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T18:12:43"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select information that is to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should be possible pretty quickly, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence be also used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information which is not meant to be publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available trough Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T18:14:42"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select information that is to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence be also used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information which is not meant to be publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available trough Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T18:16:02"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select information that is to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information which is not meant to be publicly accessible should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available trough Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-16T18:17:34"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select information that is to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information, which is not meant to be publicly accessible, should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available trough Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-04-30T16:51:20"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantic-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select information that is to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information, which is not meant to be publicly accessible, should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available through Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-05-07T17:03:45"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantics-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select information that is to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information, which is not meant to be publicly accessible, should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available through Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-05-07T17:10:27"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantics-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select the information to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. However, standard RDF and JSON export will work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information, which is not meant to be publicly accessible, should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available through Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-05-07T17:13:27"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantics-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select the information to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. Standard RDF and JSON export will, however, work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information, which is not meant to be publicly accessible, should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available through Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2009-05-07T17:14:30"^^ . "<#
{{ToC}}
#>\n===Problem===\n\n====Short Story====\nThere **ought to** be something like a Web of data, of semantics or of knowledge.\n\n====Long Story====\n\nDespite significant research and development efforts the vision of the Semantic Web has not yet become reality. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might remain skeptical about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! **We think that the missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma in the simultaneous lack of semantic representations and semantics-conscious search facilities on the Web.**\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database-driven Web applications. However, the structure and semantics encoded in relational database schemes is unfortunately inaccessible to Web search engines, mashups, etc.\n\n<#
\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n
ProjectAreaDownloads
phpBBdiscussion forum235480
Galleryphoto gallery166005
XOOPSCMS115807
Copperminephoto gallery113854
Typo3CMS63641
Liferay PortalPortal39615
eGroupWaregroup ware33865
AlfrescoCMS31914
e107CMS19996
LifetypeBlogging16730
PloneCMS13993
CompiereERP + CRM13718
WebCalendarCalendar12832
NucleusBlogging12739
TikiwikiWiki6368
\n
#>\n\nThe table on the right contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on 15 most popular web application projects hosted at Sourceforge)) according to download figures (in May '07).\n\nImagine the wealth of content available for semantic searches and mashups, if the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques have been developed to support the encoding and exchange of structured information and knowledge on the Web. **That's the core of the Triplify approach - exploiting structured relational representations behind Web applications to create a critical mass of semantic representations on the Web.**\n\n\n===Solution===\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experience has shown that for most web-applications a relatively small number of queries (usually between 3-7) is sufficient to extract the important information. After generating such database views, the Triplify software can be used to convert the views into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\n====Installation====\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify project into your Web application directory.\n 2. You download a ((Documentation Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries which select the information to be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n**You don't have to struggle with ontologies, mapping languages, logics or other scary things ;-)**\n\n====SQL Query Structure====\nIf there is no existing Triplify configuration for your Web application, you have to create your own. The main part is the definition of a number of SQL queries selecting information that is meant for public use. In order for Triplify to be able to convert the results of your SQL queries into RDF, the query results are required to have a certain structure:\n * The first column must contain identifiers which can be used to generate instance URIs (i.e. the primary key of your database table).\n * Column names will be used to generate property URIs; by renaming the columns of your database table (e.g. ##SELECT id,name AS 'foaf:name' FROM users##), you can reuse properties from existing vocabularies such as Dublin Core, FOAF, SIOC.\n * The individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples.\n\n>> http://triplify.org/files/triplify2.png <<\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify's configuration file)). Configurations for popular Web applications are collected in ((Documentation)).\n\n====Requirements====\n\n * Currently, Triplify is only implemented in PHP, but we welcome volunteers who work on implementations in other Web application languages. This should shortly be possible, since the crucial parts have barely more than 200 lines of code.\n * Triplify needs direct access to the relational database by means of either a PDO object (which is standard in PHP) or the standard ~MySQL driver. However, your Web application may use any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite. Standard RDF and JSON export will, however, work without URL rewriting.\n\n====Issues====\n * **Triplify is still beta grade software.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to solve these issues.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports the caching of the triplification results and can hence also be used with large Web applications.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be SHA1 hashed; password hashes and information, which is not meant to be publicly accessible, should be omitted in the Triplify SQL queries. As a rule of thumb, you should only make information available through Triplify, which is also publicly accessible on Web pages.\n\n====License====\n\n<##>\n\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, even together with commercial software.\n" . . . . . "2007-06-29T14:06:45"^^ . "==Contact==\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\n==Team==\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n" . . . . . "2007-06-29T14:07:06"^^ . "==Contact==\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\n==Team==\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n" . . . . . "2008-03-15T04:06:57"^^ . "===Contact===\n\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\nTriplify.org\nc/o AG AKSW / Business Information Systems dep.\nInstitut für Informatik\nUniversität Leipzig\nPostfach 100920\n04009 Leipzig\nEuropean Union / Germany\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: info@cofundos.org\nWeb: http://cofundos.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T04:10:23"^^ . "<#

#>\n\n===Contact===\n\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\nTriplify.org\nc/o AG AKSW / Business Information Systems dep.\nInstitut für Informatik\nUniversität Leipzig\nPostfach 100920\n04009 Leipzig\nEuropean Union / Germany\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: info@cofundos.org\nWeb: http://cofundos.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T04:16:01"^^ . "<#

#>\n\n===Contact===\n\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\nTriplify.org\nc/o AG AKSW / Business Information Systems dep.\nInstitut für Informatik\nUniversität Leipzig\nPostfach 100920\n04009 Leipzig\nEuropean Union / Germany\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: info@triplify.org\nWeb: http://triplify.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T04:25:01"^^ . "<#


#>\n\n===Contact===\n\nTriplify is developed by the Agile Knowledge and Semantic Web research group (AKSW) at the Department of Business Information Systems at the Institute for Computer Science at Universität Leipzig.\n\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\n**Triplify.org**\n<#
c/o AG AKSW / Business Information Systems dep.
Institut für Informatik
Universität Leipzig
Postfach 100920
04009 Leipzig
European Union / Germany#>\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: info@triplify.org\nWeb: http://triplify.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T04:26:29"^^ . "<#


#>\n\n===Contact===\n\nTriplify is developed by the Agile Knowledge and Semantic Web research group (AKSW) at the Department of Business Information Systems at the Institute for Computer Science at Universität Leipzig.\n\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\n**Triplify.org**\n<#
c/o AG AKSW / Business Information Systems dep.

Institut für Informatik

Universität Leipzig

Postfach 100920

04009 Leipzig

European Union / Germany#>\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: info@triplify.org\nWeb: http://triplify.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T04:26:49"^^ . "<#


#>\n\n===Contact===\n\nTriplify is developed by the Agile Knowledge and Semantic Web research group (AKSW) at the Department of Business Information Systems at the Institute for Computer Science at Universität Leipzig.\n\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\n**Triplify.org**\n<#
c/o AG AKSW / Business Information Systems dep.

Institut für Informatik

Universität Leipzig

Postfach 100920

04009 Leipzig

European Union / Germany#>\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: info@triplify.org\nWeb: http://triplify.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T04:27:30"^^ . "<#


#>\n\n===Contact===\n\nTriplify is developed by the Agile Knowledge and Semantic Web research group (AKSW) at the Department of Business Information Systems at the Institute for Computer Science at Universität Leipzig.\n\nPlease send emails to ((mailto:info@triplify.org info@triplify.org)).\n\n**Triplify.org**\nc/o AG AKSW / Business Information Systems dep.\nInstitut für Informatik\nUniversität Leipzig\nPostfach 100920\n04009 Leipzig\nEuropean Union / Germany\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: info@triplify.org\nWeb: http://triplify.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T04:28:11"^^ . "<#


#>\n\n===Contact===\n\nTriplify is developed by the Agile Knowledge and Semantic Web research group (AKSW) at the Department of Business Information Systems at the Institute for Computer Science at Universität Leipzig.\n\n**Triplify.org**\nc/o AG AKSW / Business Information Systems dep.\nInstitut für Informatik\nUniversität Leipzig\nPostfach 100920\n04009 Leipzig\nEuropean Union / Germany\n\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: ((mailto:info@triplify.org info@triplify.org))\nWeb: http://triplify.org\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-03-15T05:02:13"^^ . "<#


#>\n\n===Contact===\n\nTriplify is developed by the Agile Knowledge and Semantic Web research group (AKSW) at the Department of Business Information Systems at the Institute for Computer Science at Universität Leipzig.\n\n#|\n||**Triplify.org**\nc/o AG AKSW / Business Information Systems dep.\nInstitut für Informatik\nUniversität Leipzig\nPostfach 100920\n04009 Leipzig\nEuropean Union / Germany\n|\nPhone: +49 (341) 97-32320\nFax: +49 (341) 97-32329\nEmail: ((mailto:info@triplify.org info@triplify.org))\nWeb: http://triplify.org\n||\n|#\n\nInhaltlich Verantwortlicher gemäß ¶ 6 MDStV: Sören Auer (Address as above)\n\n\n===Team===\n{{vcard name=\"sn\" value=\"Auer\"}}\n{{vcard name=\"sn\" value=\"Aumüller\"}}\n{{vcard name=\"sn\" value=\"Dietzold\"}}\n\nThe Triplify website was designed by Michael Haschke (((http://eye48.com eye48.com))).\n" . . . . . "2008-02-25T04:42:15"^^ . "==Problem==\n\n===Short Story===\nThe **must** be something coming as a Web of data, semantics.\n\n===Long Story===\n\nA large part of Web content is generated by database driven web-applications. The structure and semantics encoded in relational database schemes, however, unfortunately is not accessible to Web search engines. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the web. The aim of tripleizer is to reveal the semantic structures behind web-applications and to make them accessible on the Web and thus to enable semantic based Web searches. The following table contains the most popular ((http://sourceforge.net SourceForge)) web application projects according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n" . . . . . "2008-02-25T04:45:35"^^ . "None yet ;-)" . . . . . "2008-02-26T00:45:43"^^ . "==Publications==\nNone yet ;-)\n\n===Related Stuff===\n\n((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n\n((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality." . . . . . "2008-02-26T03:24:03"^^ . "==Publications==\nNone yet ;-)\n\n===Related Stuff===\n\nThe ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n\n((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia.\n\n((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n\n((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality." . . . . . "2008-02-26T04:11:58"^^ . "==Publications==\nNone yet ;-)\n\n===Related Stuff===\n\nThe ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n\n((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n\n((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n\n((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n\n((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-02-26T04:24:10"^^ . "==Publications==\nNone yet ;-)\n\n===Related Stuff===\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\nThe ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n\n((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n\n((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n\n((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n\n((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-02-26T17:42:13"^^ . "==Publications==\nNone yet ;-)\n\n===Vocabularies===\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides methods for interconnecting discussion methods such as blogs, forums and mailing lists to each other.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n===Related Stuff===\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\nThe ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n\n((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n\n((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n\n((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n\n((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-02-27T03:53:03"^^ . "==Publications==\nNone yet ;-)\n\n===Vocabularies===\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides methods for interconnecting discussion methods such as blogs, forums and mailing lists to each other.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n===Related Stuff===\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\nThe ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n\n((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n\n((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n\n((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n\n((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n\n((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-02-25T04:44:39"^^ . "==Solution==\n\nThe tripleize solution to reveal the structured is to generate relational database queries for a specific web-application in order to retrieve valuable information and to convert the results of these queries into RDF. Experiences showed, for most web-applications a relatively small number of queries (5-10) is sufficient to extract the important information. After generating such DB views the tripleizer software can be used to convert the view into an RDF representation, which can be shared on the web.\n\n====View structure====\nIn order to minimize the effort needed to \"tripleize\" a new web-application the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\nA query result will be converted into RDF triples using the following (optional) additional parameters:\n * a URI prefix for prefixing instance identifiers\n * a mapping which is used to map column names into URIs\n * a map which assigns URI prefixes or data-types to columns, in case the column values represent references to other instance or typed literal values\n\n====Vocabulary reuse====\n\n\n====Sharing and distributing====\nPush vs. pull\n\n\n===Example: OpenConf===\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-25T05:16:21"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (i.e. 5-10) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You create a number of SQL queries, selecting information, which should be publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====View structure====\nIn order to minimize the effort needed to \"tripleize\" a new web-application the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\nA query result will be converted into RDF triples using the following (optional) additional parameters:\n * a URI prefix for prefixing instance identifiers\n * a mapping which is used to map column names into URIs\n * a map which assigns URI prefixes or data-types to columns, in case the column values represent references to other instance or typed literal values\n\n\n===Example: OpenConf===\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-26T04:40:57"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 5-10) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You create a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query / View structure====\nIn order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\nTriplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n\nTriplify needs direct access to the relational database by means of a PDO object. However, your Web application may uses any other database abstraction framework.\n\n===Issues===\n * Performance: Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * Triplify is currently still in Beta mode. There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n\n\n===Example: OpenConf===\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-26T04:45:30"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 5-10) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You create a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query / View structure====\nIn order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\nTriplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n\nTriplify needs direct access to the relational database by means of a PDO object. However, your Web application may uses any other database abstraction framework.\n\n===Issues===\n * Triplify is currently still in Beta mode. There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * Performance: Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * Privacy: Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n===Example: OpenConf===\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-26T04:46:54"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 5-10) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You create a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIn order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\nTriplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n\nTriplify needs direct access to the relational database by means of a PDO object. However, your Web application may uses any other database abstraction framework.\n\n===Issues===\n * Triplify is currently still in Beta mode. There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * Performance: Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * Privacy: Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n===Example: OpenConf===\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-26T05:31:16"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 5-10) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You create a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIn order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\nTriplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n\nTriplify needs direct access to the relational database by means of a PDO object. However, your Web application may uses any other database abstraction framework.\n\n===Issues===\n * Triplify is currently still in Beta mode. There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * Performance: Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * Privacy: Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n" . . . . . "2008-02-26T16:37:08"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 5-10) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You create a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIn order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\nTriplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n\nTriplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n\n===Issues===\n * Triplify is currently still in Beta mode. There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * Performance: Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * Privacy: Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n===License===\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . . "2008-02-27T01:57:54"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 5-10) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You create a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIn order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n===Issues===\n * Triplify is currently still in Beta mode. There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * Performance: Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * Privacy: Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n===License===\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . . "2008-03-12T20:53:51"^^ . "==Solution==\n\nTriplify is based on the definition of relational database queries for a specific Web application in order to retrieve valuable information and to convert the results of these queries into RDF, JSON and Linked Data. Experiences showed that for most web-applications a relatively small number of queries (mostly between 3-7) is sufficient to extract the important information. After generating such database views the Triplify software can be used to convert the view into an RDF, JSON or Linked Data representation, which can be shared and accessed on the (Semantic) Web.\n\nTriplify works as follows:\n 1. You ((http://sourceforge.net/projects/triplify/ download)) and extract a folder containing the Triplify script and a configuration file into your Web application.\n 2. You download a ((Configuration Triplify configuration matching your Web application)) or create a new one by defining a number of SQL queries, selecting information, which should be made publicly available.\n 3. Your Web application is part of the Semantic Web and interoperable & mashable with other Web applications.\n\n====SQL query structure====\nIn order for Triplify to be able to convert the results of your SQL queries into RDF the query results are required to have a certain structure:\n * the first column must contain strings which can be used to generate instance URIs\n * column names will be used to generate predicate URIs\n * the individual cells of the query result contain data values or references to other instances and will eventually constitute the objects of resulting triples\n\nDetails are explained in ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify/config.inc.php?view=markup Triplify's configuration file)).\n\n===Requirements===\n\n * Triplify is currently only implemented in PHP, but we welcome volunteers which work on implementations in other Web application languages.\n * Triplify needs direct access to the relational database by means of a PDO object (which is standard in PHP). However, your Web application may uses any other database abstraction framework.\n * In order to expose RDF as Linked Data, Triplify relies on URL rewriting, as provided by Apache's mod_rewrite.\n\n===Issues===\n * **Triplify is currently still in Beta mode.** There might be issues with exotic encodings, databases, PHP/Apache configurations. We would appreciate ((Community your feedback)) in order to resolve these.\n * **Performance:** Triplify is currently aimed at small to medium Web applications (i.e. less than 100MB database content). However, Triplify supports caching of the triplification results and hence can be used with large Web applications as well.\n * **Privacy:** Please be cautious not to reveal any sensitive information. Email addresses should be MD5 hashed, password hashes and information which is not publicly accessible should be omitted in the Triplify SQL queries.\n\n===License===\nTriplify is licensed under the terms of the ((http://www.gnu.org/licenses/lgpl.html GNU Lesser General Public License)). You are free to copy, modify or redistribute it, event together with commercial software." . . . . . "2008-02-25T04:45:46"^^ . "==Problem==\n\n===Short Story===\nThe **must** be something coming as a Web of data, semantics.\n\n===Long Story===\n\nA large part of Web content is generated by database driven web-applications. The structure and semantics encoded in relational database schemes, however, unfortunately is not accessible to Web search engines. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the web. The aim of tripleizer is to reveal the semantic structures behind web-applications and to make them accessible on the Web and thus to enable semantic based Web searches. The following table contains the most popular ((http://sourceforge.net SourceForge)) web application projects according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n" . . . . . "2008-02-25T05:02:45"^^ . "==Problem==\n\n===Short Story===\nThe **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nA large part of Web content is generated by database driven web-applications. The structure and semantics encoded in relational database schemes, however, unfortunately is not accessible to Web search engines. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web.\n\nThe following table contains the most popular ((http://sourceforge.net SourceForge)) web application projects according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n\nImagine the wealth of content available for semantic searches, when the structured content of these Web applications would be accessible on the Web." . . . . . "2008-02-26T16:57:58"^^ . "==Problem==\n\n===Short Story===\nThe **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the most popular ((http://sourceforge.net SourceForge)) web application projects according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for criating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))" . . . . . "2008-02-26T17:00:32"^^ . "==Problem==\n\n===Short Story===\nThe **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the most popular ((http://sourceforge.net SourceForge)) web application projects according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))" . . . . . "2008-02-27T04:40:13"^^ . "==Problem==\n\n===Short Story===\nThe **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=trove__160®istration_date__0=&trove__225=456&trove__274=369&trove__160=183&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&newfilter=Apply most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))" . . . . . "2008-02-27T04:41:20"^^ . "==Problem==\n\n===Short Story===\nThe **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))" . . . . . "2008-03-06T18:29:33"^^ . "==Problem==\n\n===Short Story===\nTheir **must** be something coming such as a Web of data, semantics or knowledge.\n\n===Long Story===\n\nThe vision of the Semantic Web still has not become reality even though significant research efforts were undertaken. The growth of semantic representations is probably still outpaced by the growth of traditional Web pages and one might be skeptic about the potential success of the Semantic Web at all. But are there alternatives? From our point of view: Not really! The missing spark for starting the Semantic Web is to overcome the chicken-and-egg dilemma of missing semantic representations and search facilities on the Web.\n\nTriplify tackles this dilemma by leveraging relational representations behind existing Web applications. A large part of Web content is generated by database driven Web applications. The structure and semantics encoded in relational database schemes, however, unfortunately was not accessible to Web search engines, mashups etc.\n\nThe following table contains the ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&type_of_search=soft&pmode=0&gfload=&gfnew=&inex=1&sortselect=has_file%3Atrue®istration_date__0=&trove__225=456&trove__274=369&trove__160=584&trove__199=426&trove__13=14&trove__1=534&trove__6=7&trove__496=499&remove_trove%257C235%257Cdefault%257C1=on most popular web application projects hosted at Sourceforge)) according to download figures.\n\n#|\n|| **Project** | **Area** | **Downloads in May '07** ||\n|| ((http://sourceforge.net/projects/phpbb phpBB)) | discussion forum software | 235480 ||\n|| ((http://sourceforge.net/projects/gallery Gallery )) | photo gallery | 166005 ||\n|| ((http://sourceforge.net/projects/xoops XOOPS )) | CMS | 115807 ||\n|| ((http://sourceforge.net/projects/coppermine Coppermine )) | photo gallery | 113854 ||\n|| ((http://sourceforge.net/projects/typo3 Typo3 )) | CMS | 63641 ||\n|| ((http://sourceforge.net/projects/lportal Liferay Portal )) | Portal | 39615 ||\n|| ((http://sourceforge.net/projects/egroupware eGroupWare )) | enterprise collaboration | 33865 ||\n|| ((http://sourceforge.net/projects/alfresco Alfresco )) | CMS | 31914 ||\n|| ((http://sourceforge.net/projects/e107 e107 )) | CMS | 19996 ||\n|| ((http://sourceforge.net/projects/lifetype Lifetype )) | Blogging | 16730 ||\n|| ((http://sourceforge.net/projects/plone Plone )) | CMS | 13993 ||\n|| ((http://sourceforge.net/projects/compiere Compiere )) | ERP + CRM | 13718 ||\n|| ((http://sourceforge.net/projects/webcalendar WebCalendar )) | Calendar | 12832 ||\n|| ((http://sourceforge.net/projects/nucleuscms Nucleus )) | Blogging | 12739 ||\n|| ((http://sourceforge.net/projects/tikiwiki Tikiwiki )) | Wiki | 6368 ||\n|| ((http://sourceforge.net/projects/phpnuke PHPNuke )) | Web portal | 1654 ||\n|#\n\nImagine the wealth of content available for semantic searches and mashups, when the structured content of these Web applications would be accessible on the Web. Within the Semantic Web initiative a number of standards and techniques were developed supporting the encoding and exchange of structured information and knowledge on the Web. That's the core of the Triplify approach - exploiting structured relational representations behind Web applications for creating a critical mass of semantic representations on the Web. ((Solution Read more about the Triplify solution.))" . . . . . "2008-02-26T04:04:12"^^ . "==Community==\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-announcements Triplify discussion mailinglist). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements Triplify announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Triplify Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-02-26T04:04:36"^^ . "==Community==\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-announcements Triplify discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements Triplify announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Triplify Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-02-26T04:05:17"^^ . "==Community==\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-announcements discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Triplify Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-02-26T18:50:49"^^ . "==Community==\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Triplify Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-02-26T19:01:35"^^ . "==Community==\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-15T03:52:36"^^ . "===Community===\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n====Mailinglists====\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n====Quality Assurance and Bug Tracking====\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n====Blog====\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n====Commercial Support and Consulting====\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-15T03:53:02"^^ . "<#
{{ToC}}
#>\n===Community===\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n====Mailinglists====\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n====Quality Assurance and Bug Tracking====\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n====Blog====\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n====Commercial Support and Consulting====\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-15T03:53:59"^^ . "<#
{{ToC}}
#>\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\n\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\n\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\n\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\n\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\n\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-15T05:13:39"^^ . "<#
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#>\n\nTriplify aims at build a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\nPlease include:\n * an SQL dump of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T15:10:46"^^ . "<#
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#>\n\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\nPlease include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T17:23:33"^^ . "<#
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#>\n\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. The Triplify community collaborates using the following tools:\n\n===How you can support Triplify===\n * stay tuned by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * install Triplify on your Websites\n * create Triplify configurations for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * support the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * port the Triplify code to other Web application languages such as Pyton\n * translate Triplify documentation into other languages\n * raise awareness for semantic content representation by blogging about Triplify\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\nPlease include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T19:25:13"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * stay tuned by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * install Triplify on your Websites\n * create Triplify configurations for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * support the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * port the Triplify code to other Web application languages such as Pyton\n * translate Triplify documentation into other languages\n * raise awareness for semantic content representation by blogging about Triplify\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\nPlease include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T19:27:04"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * stay tuned by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * install Triplify on your Websites\n * create Triplify configurations for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * support the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * port the Triplify code to other Web application languages such as Ruby, Python, Java\n * translate Triplify documentation into other languages\n * raise awareness for semantic content representation by blogging about Triplify, telling your friends and co-workers about it\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements.\nPlease send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions.\nIf you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback.\nPlease submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253\nPlease include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T19:28:08"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * stay tuned by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * install Triplify on your Websites\n * create Triplify configurations for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * support the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * port the Triplify code to other Web application languages such as Ruby, Python, Java\n * translate Triplify documentation into other languages\n * raise awareness for semantic content representation by blogging about Triplify, telling your friends and co-workers about it\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Quality Assurance and Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T19:29:25"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * stay tuned by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * install Triplify on your Websites\n * create Triplify configurations for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * support the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * port the Triplify code to other Web application languages such as Ruby, Python, Java\n * translate Triplify documentation into other languages\n * raise awareness for semantic content representation by blogging about Triplify, telling your friends and co-workers about it\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T20:04:25"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * support the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **raise awareness** for semantic content representation by blogging about Triplify, telling your friends and co-workers about it\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T20:05:26"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * support the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-03-16T20:05:49"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailinglist or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * **support** the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2009-05-07T18:09:14"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailing list or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * **support** the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailinglists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2009-05-07T18:10:17"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailing list or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * **support** the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailing Lists===\n\nWe are very interested in hearing your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2009-05-07T18:11:06"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailing list or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * **support** the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailing Lists===\n\nWe are very interested in your opinion about Triplify and to get ideas for further improvements. Please send feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2009-05-07T18:14:51"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailing list or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * **support** the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailing Lists===\n\nWe are very interested in your opinion about Triplify and ideas for further improvements. Please send your feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify-related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2009-05-07T18:16:29"^^ . "<#
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#>\n\n===Support Triplify===\nTriplify aims at building a strong community of Web application developers interested in taking the Web to the next level and highly welcomes new contributors. Here are some ways how you can support Triplify:\n * **stay tuned** by subscribing to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion)) or ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcement)) mailing list or the ((http://blog.aksw.org AKSW blog))\n * **install Triplify** on your Websites\n * **create configurations** for popular Web applications or notify the respective developer community about Triplify - you can also create respective projects on ((http://Cofundos.org Cofundos))\n * **support** the ((http://cofundos.org/projects.php?tag=Triplify Triplify projects on Cofundos)) (a platform for pooling ideas and pledges for open-source implementations)\n * **port the source code** to other Web application languages such as Ruby, Python, Java\n * **translate** Triplify documentation into other languages\n * **spread the word** about semantic content representation by blogging about Triplify, telling your friends and co-workers\n\n===Mailing Lists===\n\nWe are very interested in your opinion about Triplify and ideas for further improvements. Please send your feedback and ideas to the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion discussion mailinglist)). This mailing list is the main forum for Triplify-related discussions. If you just want to stay up-to-date about what is happening around Triplify, you can subscribe to our low-traffic ((https://lists.sourceforge.net/lists/listinfo/triplify-announcements announcements mailing list)).\n\n===Bug Tracking===\n\nIn order to improve Triplify, we need your feedback. Please submit all known problems to the Triplify bugtracker at: http://sourceforge.net/tracker/?group_id=219253. Please include:\n * an SQL dump (or structure) of the Web application you are trying to triplify\n * the Triplify configuration\n * a description of the problem and how it should look like (from your point of view)\nWe will then try to come up with a solution as soon as possible. \n\n\n===Blog===\n\nWe also discuss the project on the ((http://blog.aksw.org AKSW Blog)).\n\n\n===Commercial Support and Consulting===\n\nOccasionally we receive requests for commercial support and consulting regarding Triplify and semantic technologies in general. Please contact ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)) regarding consulting inquiries." . . . . . "2008-02-26T05:31:58"^^ . "==OpenConf==\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-26T05:32:52"^^ . "==~OpenConf==\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a ~MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 ~OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the ~OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-02-26T05:32:23"^^ . "==OpenConf==\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. The valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers are not accessible.\n\nFive queries select relevant informations from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships." . . . . . "2008-03-16T02:17:48"^^ . "==OpenConf==\n\n((http://www.openconf.org OpenConf)) is a conference management software developed in PHP backed by a MySQL database. Google currently finds approx. ((http://www.google.com/search?hl=en&lr=&client=firefox-a&rls=org.mozilla%3Ade%3Aofficial&as_qdr=all&q=allintitle%3A%22+-+OpenConf++Conference+Management+System%22&btnG=Search 500 OpenConf installations)) online. \n\nTriplify (with this configuration) makes this valuable meta-data about these conferences and workshops as well as their authors, publications and reviewers accessible. Five queries select relevant information from the OpenConf database schema regarding papers, authors, PC members, topics and paper-topics relationships.\n\n{{Include page=\"/Configuration/OpenConf/2.0\"}}" . . . . . "2008-02-26T15:33:12"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\ninclude('../lib.php');\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://cofundos.org/vocabulary/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'papers'=>array(\"SELECT paperid,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\" WHERE accepted='T'\",\n \"SELECT paperid,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'authors'=>\"SELECT CONCAT(paperid,'-',position),SHA(email) mbox_sha1sum,paperid isAuthorOf,name_first,name_last,organization,country FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid,SHA(email) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,name_first,name_last,url,organization,country FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topics'=>\"SELECT * FROM \".OCC_TABLE_TOPIC\",\n 'comment'=>\"SELECT c.id,nickname createdBy,CONCAT(type,'/',type_id) `for`,title,text,c.date FROM comment c INNER JOIN user u ON(user_id=u.id)\",\n 'offer'=>\"SELECT o.id,o.title,o.text,u.nickname createdBy,project_id forProject,o.timeframe,o.license,o.amount,o.changed,o.created,o.status FROM offer o INNER JOIN user u ON(user_id=u.id)\",\n 'rating'=>\"SELECT CONCAT(user_id,'-',type,'-',type_id) id,nickname createdBy,CONCAT(type,'/',type_id) `for`,rating,date FROM rating INNER JOIN user u ON(user_id=u.id)\",\n);\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'forProject'=>'project',\n 'for'=>$baseURI,\n 'placedForProject'=>'project'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=$db;\n\n$triplify['classMap']=array('user'=>'foaf:person');\n%%" . . . . . "2008-02-26T15:35:32"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\ninclude('../lib.php');\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://cofundos.org/vocabulary/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'papers'=>array(\n \"SELECT paperid,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\" WHERE accepted='T'\",\n \"SELECT paperid,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'authors'=>\"SELECT CONCAT(paperid,'-',position),SHA(email) mbox_sha1sum,paperid isAuthorOf,name_first,name_last,organization,country FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid,SHA(email) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,name_first,name_last,url,organization,country FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topics'=>\"SELECT * FROM \".OCC_TABLE_TOPIC\",\n 'comment'=>\"SELECT c.id,nickname createdBy,CONCAT(type,'/',type_id) `for`,title,text,c.date FROM comment c INNER JOIN user u ON(user_id=u.id)\",\n 'offer'=>\"SELECT o.id,o.title,o.text,u.nickname createdBy,project_id forProject,o.timeframe,o.license,o.amount,o.changed,o.created,o.status FROM offer o INNER JOIN user u ON(user_id=u.id)\",\n 'rating'=>\"SELECT CONCAT(user_id,'-',type,'-',type_id) id,nickname createdBy,CONCAT(type,'/',type_id) `for`,rating,date FROM rating INNER JOIN user u ON(user_id=u.id)\",\n);\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'forProject'=>'project',\n 'for'=>$baseURI,\n 'placedForProject'=>'project'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=$db;\n\n$triplify['classMap']=array('user'=>'foaf:person');\n%%" . . . . . "2008-02-26T16:02:40"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\ninclude('../lib.php');\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://cofundos.org/vocabulary/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'papers'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\" WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'authors'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(email) mbox_sha1sum,paperid isAuthorOf,name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(email) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,name_first,name_last,url `foaf:homepage`,organization,country FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topics'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC\",\n 'comment'=>\"SELECT c.id,nickname createdBy,CONCAT(type,'/',type_id) `for`,title,text,c.date FROM comment c INNER JOIN user u ON(user_id=u.id)\",\n 'offer'=>\"SELECT o.id,o.title,o.text,u.nickname createdBy,project_id forProject,o.timeframe,o.license,o.amount,o.changed,o.created,o.status FROM offer o INNER JOIN user u ON(user_id=u.id)\",\n 'rating'=>\"SELECT CONCAT(user_id,'-',type,'-',type_id) id,nickname createdBy,CONCAT(type,'/',type_id) `for`,rating,date FROM rating INNER JOIN user u ON(user_id=u.id)\",\n);\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'forProject'=>'project',\n 'for'=>$baseURI,\n 'placedForProject'=>'project'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=$db;\n\n$triplify['classMap']=array('user'=>'foaf:person');\n%%" . . . . . "2008-02-26T16:10:08"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\ninclude('../lib.php');\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://cofundos.org/vocabulary/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'paper'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\" WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'author'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(email) mbox_sha1sum,paperid isAuthorOf,name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(email) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,name_first,name_last,url `foaf:homepage`,organization,country FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topic'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC\",\n 'comment'=>\"SELECT c.id,nickname createdBy,CONCAT(type,'/',type_id) `for`,title,text,c.date FROM comment c INNER JOIN user u ON(user_id=u.id)\",\n 'offer'=>\"SELECT o.id,o.title,o.text,u.nickname createdBy,project_id forProject,o.timeframe,o.license,o.amount,o.changed,o.created,o.status FROM offer o INNER JOIN user u ON(user_id=u.id)\",\n 'rating'=>\"SELECT CONCAT(user_id,'-',type,'-',type_id) id,nickname createdBy,CONCAT(type,'/',type_id) `for`,rating,date FROM rating INNER JOIN user u ON(user_id=u.id)\",\n);\n\n$triplify['objectProperties']=array(\n 'isAuthorOf'=>'paper',\n 'isPCmemberOf'=>'',\n 'hasTopic'=>'topic'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.OCC_DB_HOST.';dbname='.OCC_DB_NAME, OCC_DB_USER, OCC_DB_PASSWORD);\n\n$triplify['classMap']=array('author'=>'foaf:person');\n%%" . . . . . "2008-02-26T16:13:46"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\ninclude('../lib.php');\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://cofundos.org/vocabulary/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'paper'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\"\n WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN\n \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'author'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(email) mbox_sha1sum,paperid isAuthorOf,\n name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country\n FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\"\n USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(email) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,\n name_first,name_last,url `foaf:homepage`,organization,country\n FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topic'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC\",\n 'comment'=>\"SELECT c.id,nickname createdBy,CONCAT(type,'/',type_id) `for`,title,text,c.date\n FROM comment c INNER JOIN user u ON(user_id=u.id)\",\n 'offer'=>\"SELECT o.id,o.title,o.text,u.nickname createdBy,project_id forProject,o.timeframe,\n o.license,o.amount,o.changed,o.created,o.status\n FROM offer o INNER JOIN user u ON(user_id=u.id)\",\n 'rating'=>\"SELECT CONCAT(user_id,'-',type,'-',type_id) id,nickname createdBy,\n CONCAT(type,'/',type_id) `for`,rating,date\n FROM rating INNER JOIN user u ON(user_id=u.id)\",\n);\n\n$triplify['objectProperties']=array(\n 'isAuthorOf'=>'paper',\n 'isPCmemberOf'=>'',\n 'hasTopic'=>'topic'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.OCC_DB_HOST.';dbname='.OCC_DB_NAME, OCC_DB_USER, OCC_DB_PASSWORD);\n\n$triplify['classMap']=array('author'=>'foaf:person');\n%%" . . . . . "2008-02-26T19:36:38"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\nrequire_once(\"../db.php\");\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/OpenConf',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'paper'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\"\n WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN\n \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'author'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(email) mbox_sha1sum,paperid isAuthorOf,\n name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country\n FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\"\n USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(email) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,\n name_first,name_last,url `foaf:homepage`,organization,country\n FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topic'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC,\n);\n\n$triplify['objectProperties']=array(\n 'isAuthorOf'=>'paper',\n 'isPCmemberOf'=>'',\n 'hasTopic'=>'topic'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.OCC_DB_HOST.';dbname='.OCC_DB_NAME, OCC_DB_USER, OCC_DB_PASSWORD);\n\n$triplify['classMap']=array(\n 'author'=>'foaf:person',\n 'PCmember'=>'foaf:person'\n);\n%%" . . . . . "2008-02-26T19:38:59"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\nrequire_once(\"../db.php\");\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/OpenConf/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'paper'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\"\n WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN\n \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'author'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(email) mbox_sha1sum,paperid isAuthorOf,\n name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country\n FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\"\n USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(email) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,\n name_first,name_last,url `foaf:homepage`,organization,country\n FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topic'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC,\n);\n\n$triplify['objectProperties']=array(\n 'isAuthorOf'=>'paper',\n 'isPCmemberOf'=>'',\n 'hasTopic'=>'topic'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.OCC_DB_HOST.';dbname='.OCC_DB_NAME, OCC_DB_USER, OCC_DB_PASSWORD);\n\n$triplify['classMap']=array(\n 'author'=>'foaf:person',\n 'PCmember'=>'foaf:person'\n);\n%%" . . . . . "2008-03-10T04:46:41"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\nrequire_once(\"../db.php\");\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/OpenConf/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'paper'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\"\n WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN\n \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'author'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(CONCAT('mailto:',email)) mbox_sha1sum,paperid isAuthorOf,\n name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country\n FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\"\n USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(CONCAT('mailto:',email)) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,\n name_first,name_last,url `foaf:homepage`,organization,country\n FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topic'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC,\n);\n\n$triplify['objectProperties']=array(\n 'isAuthorOf'=>'paper',\n 'isPCmemberOf'=>'',\n 'hasTopic'=>'topic'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.OCC_DB_HOST.';dbname='.OCC_DB_NAME, OCC_DB_USER, OCC_DB_PASSWORD);\n\n$triplify['classMap']=array(\n 'author'=>'foaf:person',\n 'PCmember'=>'foaf:person'\n);\n%%" . . . . . "2008-03-16T02:19:02"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\nrequire_once(\"../include.php\");\nrequire_once(\"../db.php\");\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/OpenConf/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'paper'=>array(\n \"SELECT paperid id,title,keywords,abstract FROM \".OCC_TABLE_PAPER.\"\n WHERE accepted='T'\",\n \"SELECT paperid id,topicid hasTopic FROM \".OCC_TABLE_PAPERTOPIC.\" INNER JOIN\n \".OCC_TABLE_PAPER.\" USING(paperid) WHERE accepted='T'\"\n ),\n 'author'=>\"SELECT CONCAT(paperid,'-',position) id,SHA(CONCAT('mailto:',email)) mbox_sha1sum,paperid isAuthorOf,\n name_first `foaf:firstName`,name_last `foaf:family_name`,organization,country\n FROM \".OCC_TABLE_AUTHOR.\" INNER JOIN \".OCC_TABLE_PAPER.\"\n USING(paperid) WHERE accepted='T'\",\n 'PCmember'=>\"SELECT reviewerid id,SHA(CONCAT('mailto:',email)) mbox_sha1sum,'\".$OC_confURL.\"' isPCmemberOf,\n name_first,name_last,url `foaf:homepage`,organization,country\n FROM \".OCC_TABLE_REVIEWER.\" WHERE onprogramcommittee='T'\",\n 'topic'=>\"SELECT topicid id, topicname, short FROM \".OCC_TABLE_TOPIC,\n);\n\n$triplify['objectProperties']=array(\n 'isAuthorOf'=>'paper',\n 'isPCmemberOf'=>'',\n 'hasTopic'=>'topic'\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host='.OCC_DB_HOST.';dbname='.OCC_DB_NAME, OCC_DB_USER, OCC_DB_PASSWORD);\n\n$triplify['classMap']=array(\n 'author'=>'foaf:person',\n 'PCmember'=>'foaf:person'\n);\n%%" . . . . . "2008-02-26T22:13:00"^^ . "==Using Triplify Data==\n\n===Creating Mashups===\n\n===Semantic Search===\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE)\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n===RDF and Linked Data Browser===\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-02-26T22:20:54"^^ . "==Using Triplify Data==\n\n===Creating Mashups===\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n\n===Semantic Search===\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE)\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n===RDF and Linked Data Browser===\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-02-27T00:20:55"^^ . "==Using Triplify Data==\n\n===Creating Mashups===\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * simply append ?t-output=json to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n===Semantic Search===\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n===RDF and Linked Data Browser===\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-02-26T22:25:35"^^ . "==Registry==\n\n{{register}}" . . . . . "2008-02-26T22:59:47"^^ . "==Registry==\n\nThe Triplify concept is complemented by an light weight registry for RDF data sources. The list of the registered data sources is itself available as a ((/triplify Triplify data source)).\n\n{{register}}" . . . . . "2008-02-26T23:03:45"^^ . "==Registry==\n\nThe Triplify concept is complemented by an light weight registry for RDF data sources. The list of the registered data sources is itself available as a ((http://triplify.org/triplify Triplify data source)).\n\n{{register}}" . . . . . "2008-02-27T01:31:32"^^ . "==Registry==\n\nThe Triplify concept is complemented by an light weight registry for RDF data sources. The list of the registered data sources is itself available as a ((http://triplify.org/triplify Triplify data source)).\n\nMost Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n{{register}}" . . . . . "2008-03-10T19:06:17"^^ . "==Registry==\n\nThe Triplify concept is complemented by a light weight registry for RDF data sources. RDF data sources can simply register via accessing ##http://triplify.org/Registry/?url=url_of_rdf_source## (optionally a parameter ##vocabulary## can be used to hint the used vocabulary).\n\nThe complete list of the registered data sources is itself available as a ((http://triplify.org/triplify Triplify data source)).\n\nThus, the registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))).\n\nMost Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n{{register}}" . . . . . "2008-03-15T03:55:02"^^ . "===Registry===\n\nThe Triplify concept is complemented by a light weight registry for RDF data sources. RDF data sources can simply register via accessing ##http://triplify.org/Registry/?url=url_of_rdf_source## (optionally a parameter ##vocabulary## can be used to hint the used vocabulary).\n\nThe complete list of the registered data sources is itself available as a ((http://triplify.org/triplify Triplify data source)).\n\nThus, the registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))).\n\nMost Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n{{register}}" . . . . . "2008-03-15T03:57:23"^^ . "===Registry===\n\nTriplify is complemented by a light weight registry for RDF data sources. RDF data sources can simply register via accessing ##http://triplify.org/Registry/?url=url_of_rdf_source## (optionally a parameter ##vocabulary## can be used to hint the used vocabulary). The complete list of the registered data sources is itself available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n{{register}}" . . . . . "2008-03-17T12:35:39"^^ . "===Registry===\n\nTriplify is complemented by a light weight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (optionally a parameter ##vocabulary## can be used to hint the used vocabulary). The complete list of the registered data sources is itself available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n{{register}}" . . . . . "2009-05-07T18:03:10"^^ . "===Registry===\n\nTriplify is complemented by a lightweight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (optionally a parameter ##vocabulary## can be used to hint the used vocabulary). The complete list of the registered data sources is itself available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n{{register}}" . . . . . "2009-05-07T18:04:43"^^ . "===Registry===\n\nTriplify is complemented by a lightweight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (optionally a parameter ##vocabulary## can be used to hint the used vocabulary). The complete list of the registered data sources is available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n{{register}}" . . . . . "2009-05-07T18:21:15"^^ . "===Registry===\n\nTriplify is complemented by a lightweight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (a parameter ##vocabulary## can optionally be used to refer to the vocabulary used). The complete list of the registered data sources is available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n{{register}}" . . . . . "2009-09-09T17:04:37"^^ . "===Registry===\n\nTriplify is complemented by a lightweight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (a parameter ##vocabulary## can optionally be used to refer to the vocabulary used). The complete list of the registered data sources is available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n\n" . . . . . "2009-09-09T17:10:05"^^ . "===Registry===\n\nTriplify is complemented by a lightweight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (a parameter ##vocabulary## can optionally be used to refer to the vocabulary used). The complete list of the registered data sources is available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n\n{{register}}\n" . . . . . "2009-09-09T17:11:27"^^ . "===Registry===\n\nTriplify is complemented by a lightweight registry for RDF data sources. RDF data sources can simply register via accessing ##~http://triplify.org/Registry/?url=url_of_rdf_source## (a parameter ##vocabulary## can optionally be used to refer to the vocabulary used). The complete list of the registered data sources is available as a ((http://triplify.org/triplify Triplify data source)). The registry is a simple way to discover RDF data sources (using a certain vocabulary). Registered data sources are also automatically submitted to Semantic Web search engines and indexes (e.g. ((http://pingthesemanticweb.com/ PTSW))). Most Triplify instances should be able to register automatically. If you want to submit your RDF data source manually, please provide the URL in the following form.\n" . . . . . "2008-03-07T15:53:09"^^ . "test" . . . . . "2008-03-14T18:06:12"^^ . "==Triplify Configuration for Drupal with example CCK content type==\n%%(php)\n$baseURI.'rdf/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/', \n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n/* The core of triplify are SQL queries, which select the information to be made\n * available.\n * You can provide a number of arbitrary queries. Each query, however, should\n * select information about an object of a certain type. This type, which serves\n * as an index in the associative queries configuration array, is also used to\n * construct corresponding URIs for the objects returned by the query.\n * The first column returned by the query represents the ID of the object and\n * has to be named \"id\", all other columns represent characteristics (or\n * properties of this object). As column identifier you should reuse existing\n * vocabularies whenever possible.\n */\n\n$sql['user'] = \"SELECT uid AS id, name AS 'sioc:name', SHA(CONCAT('mailto:',mail)) AS 'sioc:email_sha1', FROM_UNIXTIME(created) AS 'sioc:created_at' FROM users WHERE uid > 0\";\n //\"SELECT uid AS id, name AS 'foaf:nickname', SHA(CONCAT('mailto:',mail)) AS 'foaf:mbox_sha1sum', FROM_UNIXTIME(created) AS created FROM users WHERE uid > 0 AND status = 1\", \n\n/* Drupal core node, adjust to your contenttype, usually type='page' or remove to expose all */\n\n$sql['node'] = \"SELECT n.nid AS id, n.title AS 'dc:title', FROM_UNIXTIME(n.created) AS 'sioc:created_at', FROM_UNIXTIME(n.changed) AS 'sioc:modified_at', n.uid AS 'sioc:has_creator' FROM node n WHERE n.status = 1 AND type='pub'\";\n\n/* Drupal node to taxonomy/category terms */\n\n$sql['terms'] = \"SELECT n.nid AS id, td.name AS 'skos:prefLabel' FROM node n INNER JOIN (term_node tn NATURAL JOIN term_data td) ON n.nid=tn.nid WHERE n.status = 1\";\n\n/* Drupal CCK custom content type fields */\n\n$sql['pub'] = \"SELECT nid AS id, field_authorsconcat_value AS 'dc:contributor', field_year_value AS 'dc:date', field_pages_value AS 'pages', field_language_value AS 'dc:language', field_copyright_value AS 'dc:rights', field_appeared_value AS 'dc:publisher' FROM content_type_pub\";\n\n$sql['author'] = \"SELECT nid AS id, field_authors_value as 'dc:creator' FROM content_field_authors ORDER BY nid,delta\";\n\n/* putting it together for triplify */\n\n$triplify['queries']=array(\n 'user' => $sql['user'],\n 'pub' => array(\n $sql['node'],\n $sql['pub'],\n $sql['author'],\n $sql['terms'],\n ),\n);\n\n\n/* Some of the columns of the Triplify queries will contain references to other\n * objects rather than literal values. The following configuration array\n * specifies, which columns are references to objects of which type.\n */\n\n$triplify['objectProperties']=array(\n// 'user_id'=>'user',\n 'sioc:has_creator'=>'user',\n \n);\n\n/* Objects are classified according to their type. However, you can specify\n * a mapping here, if objects of a certain type should be associated with a\n * different class (e.g. classify all users as 'foaf:person'). If you are\n * unsure it is safe to leave this configuration array empty.\n */\n$triplify['classMap']=array(\n// 'node'=>'sioc:Post',\n 'pub'=>'sioc:Post',\n 'user'=>'sioc:User',\n// 'user'=>'foaf:person'\n);\n\n/* You can specify for how long generated files should be cached. For smaller\n * Web applications it is save to disable caching by setting this value to zero.\n */\n$triplify['TTL']=0;\n\n/* Triplify uses a PDO object to connect to the database.\n */\n$triplify['pdo']=new PDO('mysql:host=localhost;dbname=drupal', 'user', 'pass');\n\n?>\n%%" . . . . . "2008-03-16T02:13:13"^^ . "==Triplify Configuration for Drupal with example CCK content type==\n%%(php)\n$baseURI.'rdf/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/', \n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$sql['user'] = \"SELECT uid AS id, name AS 'sioc:name', SHA(CONCAT('mailto:',mail)) AS 'sioc:email_sha1', FROM_UNIXTIME(created) AS 'sioc:created_at' FROM users WHERE uid > 0\";\n //\"SELECT uid AS id, name AS 'foaf:nickname', SHA(CONCAT('mailto:',mail)) AS 'foaf:mbox_sha1sum', FROM_UNIXTIME(created) AS created FROM users WHERE uid > 0 AND status = 1\", \n\n/* Drupal core node, adjust to your contenttype, usually type='page' or remove to expose all */\n\n$sql['node'] = \"SELECT n.nid AS id, n.title AS 'dc:title', FROM_UNIXTIME(n.created) AS 'sioc:created_at', FROM_UNIXTIME(n.changed) AS 'sioc:modified_at', n.uid AS 'sioc:has_creator' FROM node n WHERE n.status = 1 AND type='pub'\";\n\n/* Drupal node to taxonomy/category terms */\n\n$sql['terms'] = \"SELECT n.nid AS id, td.name AS 'skos:prefLabel' FROM node n INNER JOIN (term_node tn NATURAL JOIN term_data td) ON n.nid=tn.nid WHERE n.status = 1\";\n\n/* Drupal CCK custom content type fields */\n\n$sql['pub'] = \"SELECT nid AS id, field_authorsconcat_value AS 'dc:contributor', field_year_value AS 'dc:date', field_pages_value AS 'pages', field_language_value AS 'dc:language', field_copyright_value AS 'dc:rights', field_appeared_value AS 'dc:publisher' FROM content_type_pub\";\n\n$sql['author'] = \"SELECT nid AS id, field_authors_value as 'dc:creator' FROM content_field_authors ORDER BY nid,delta\";\n\n/* putting it together for triplify */\n\n$triplify['queries']=array(\n 'user' => $sql['user'],\n 'pub' => array(\n $sql['node'],\n $sql['pub'],\n $sql['author'],\n $sql['terms'],\n ),\n);\n\n$triplify['objectProperties']=array(\n// 'user_id'=>'user',\n 'sioc:has_creator'=>'user',\n \n);\n\n$triplify['classMap']=array(\n// 'node'=>'sioc:Post',\n 'pub'=>'sioc:Post',\n 'user'=>'sioc:User',\n// 'user'=>'foaf:person'\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host=localhost;dbname=drupal', 'user', 'pass');\n?>\n%%" . . . . . "2008-04-21T16:31:50"^^ . "%%(php)\nhost;dbname=$conf->db\",\"$conf->user\",\"$conf->password\");\n\n/* Alternatively the db configuration value can point to a mysql link resource*/\n#$triplify['db']=mysql_connect($conf->host,$conf->user,$conf->password);\n#mysql_select_db($conf->db);\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/Joomla/',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'rss'=>'http://purl.org/rss/1.0/modules/content/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$servURI='http://'.$_SERVER['SERVER_NAME'].($_SERVER['SERVER_PORT']!=80?':'.$_SERVER['SERVER_PORT']:'');\n$bsURI=$servURI.substr($_SERVER['REQUEST_URI'],0,strpos($_SERVER['REQUEST_URI'],'/triplify'));\n $article_uri=\"$bsURI/index.php?option=com_content&view=article&id=\";\n$triplify['queries']=array(\n 'content'=>array(\n \"SELECT c.id AS id,c.title AS 'dc:title', u.name AS 'sioc:has_creator',\n CONCAT('\".$article_uri.\"',c.id) AS 'sioc:about',\n c.created AS 'sioc:created_at',\n c.modified AS 'sioc:modified_at',\n s.title AS 'vocabulary:has_section',cat.title AS 'vocabulary:has_category',\n c.fulltext AS 'sioc:content', c.fulltext AS 'rss:encoded'\n FROM jos_content c INNER JOIN jos_users u ON(created_by=u.id)\n LEFT JOIN jos_sections s ON(c.sectionid=s.id)\n LEFT JOIN jos_categories cat ON(c.catid=cat.id)\n \"),\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum' FROM jos_users\",\n 'section'=>\"SELECT id,title as 'vocabulary:section_Title',description as 'vocabulary:sectionDescription' FROM jos_sections\",\n 'cat'=>\"SELECT id,title as 'vocabulary:cat_Title',description as 'vocabulary:catDescription' FROM jos_categories\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'sioc:about' =>''\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'content'=>'foaf:Post',\n 'section'=>'vocabulary:Section',\n 'cat'=>'vocabulary:Category'\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['metadata']=array(\n 'dc:title'=>'',\n 'dc:publisher'=>''\n);\n\n$triplify['register']=true;\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='cache/';\n\n$triplify['LinkedDataDepth']='0';\n\nfunction htmlcleaning( $text ) {\n\n $text = preg_replace('#]*>#ims', \"\\n\", $text);\n $text = preg_replace('#]*>#ims', \"\\n - \", $text);\n $text = preg_replace( '#{.*?}#ims', '', $text );\n $text = strip_tags( $text );\n $text = decodeHTML( $text );\n\n return $text;\n}\n\nfunction decodeHTML( $string ) {\n $string = strtr( $string, array_flip(get_html_translation_table( HTML_ENTITIES ) ) );\n $string = preg_replace( \"/&#([0-9]+);/me\", \"chr('\\\\1')\", $string );\n\n return $string;\n}\n$triplify['CallbackFunctions']=array(\n 'sioc:content'=>'htmlcleaning',\n 'dc:title'=>'htmlcleaning',\n);\n?>\n%%" . . . . . "2008-04-21T18:36:13"^^ . "This configuration was created by ((http://www.deri.ie/about/team/member/danh%20le_phuoc/ Danh Le Phuoc)). Danh is working on refining the configuration in a GSoC project. So in case of inquiries, bug reports and feature requests regarding this configuration email Danh and/or the ((Community Triplify mailinglist)).\n\n%%(php)\nhost;dbname=$conf->db\",\"$conf->user\",\"$conf->password\");\n\n/* Alternatively the db configuration value can point to a mysql link resource*/\n#$triplify['db']=mysql_connect($conf->host,$conf->user,$conf->password);\n#mysql_select_db($conf->db);\n\n$triplify['namespaces']=array(\n 'vocabulary'=>'http://triplify.org/vocabulary/Joomla/',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'rss'=>'http://purl.org/rss/1.0/modules/content/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$servURI='http://'.$_SERVER['SERVER_NAME'].($_SERVER['SERVER_PORT']!=80?':'.$_SERVER['SERVER_PORT']:'');\n$bsURI=$servURI.substr($_SERVER['REQUEST_URI'],0,strpos($_SERVER['REQUEST_URI'],'/triplify'));\n $article_uri=\"$bsURI/index.php?option=com_content&view=article&id=\";\n$triplify['queries']=array(\n 'content'=>array(\n \"SELECT c.id AS id,c.title AS 'dc:title', u.name AS 'sioc:has_creator',\n CONCAT('\".$article_uri.\"',c.id) AS 'sioc:about',\n c.created AS 'sioc:created_at',\n c.modified AS 'sioc:modified_at',\n s.title AS 'vocabulary:has_section',cat.title AS 'vocabulary:has_category',\n c.fulltext AS 'sioc:content', c.fulltext AS 'rss:encoded'\n FROM jos_content c INNER JOIN jos_users u ON(created_by=u.id)\n LEFT JOIN jos_sections s ON(c.sectionid=s.id)\n LEFT JOIN jos_categories cat ON(c.catid=cat.id)\n \"),\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum' FROM jos_users\",\n 'section'=>\"SELECT id,title as 'vocabulary:section_Title',description as 'vocabulary:sectionDescription' FROM jos_sections\",\n 'cat'=>\"SELECT id,title as 'vocabulary:cat_Title',description as 'vocabulary:catDescription' FROM jos_categories\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'sioc:about' =>''\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'content'=>'foaf:Post',\n 'section'=>'vocabulary:Section',\n 'cat'=>'vocabulary:Category'\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['metadata']=array(\n 'dc:title'=>'',\n 'dc:publisher'=>''\n);\n\n$triplify['register']=true;\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='cache/';\n\n$triplify['LinkedDataDepth']='0';\n\nfunction htmlcleaning( $text ) {\n\n $text = preg_replace('#]*>#ims', \"\\n\", $text);\n $text = preg_replace('#]*>#ims', \"\\n - \", $text);\n $text = preg_replace( '#{.*?}#ims', '', $text );\n $text = strip_tags( $text );\n $text = decodeHTML( $text );\n\n return $text;\n}\n\nfunction decodeHTML( $string ) {\n $string = strtr( $string, array_flip(get_html_translation_table( HTML_ENTITIES ) ) );\n $string = preg_replace( \"/&#([0-9]+);/me\", \"chr('\\\\1')\", $string );\n\n return $string;\n}\n$triplify['CallbackFunctions']=array(\n 'sioc:content'=>'htmlcleaning',\n 'dc:title'=>'htmlcleaning',\n);\n?>\n%%" . . . . . "2008-03-10T02:25:07"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\n'http://triplify.org/vocabulary/wacko/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n/* The core of triplify are SQL queries, which select the information to be made\n * available.\n *\n * You can provide a number of arbitrary queries. Each query, however, should\n * select information about an object of a certain type. This type, which serves\n * as an index in the associative queries configuration array, is also used to\n * construct corresponding URIs for the objects returned by the query.\n *\n * The first column returned by the query represents the ID of the object and\n * has to be named \"id\", all other columns represent characteristics (or\n * properties of this object). As column identifier you should reuse existing\n * vocabularies whenever possible. If your \"user\" table, for example, contains a\n * column named \"first_name\" this can be easily mapped to the corresponding FOAF\n * property using: \"SELECT id,first_name AS `foaf:firstName` FROM user\".\n * You can use the following column naming convention in order to inform\n * Triplify about the datatype or language of a column:\n * SELECT id,price AS `price^^xsd:decimal`,desc AS `rdf:label@en` FROM products\n * However, Triplify autodetects timestamps and converts them appropriately.\n *\n * Only select information, which does not contain sensitive information and\n * can be made public. For example, email adresses and password (hashes) should\n * never be exposed. However, you can use the database function SHA to\n * mask email addresses, e.g.: SHA(email) AS `foaf:mbox_sha1sum`.\n *\n * The following queries are example queries and have to be replaced by queries\n * suitable for your database schema.\n */\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}revisions p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(email) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\nprint_r($triplify['queries']);\n/* Some of the columns of the Triplify queries will contain references to other\n * objects rather than literal values. The following configuration array\n * specifies, which columns are references to objects of which type.\n */\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'lastChangedBy'=>'user',\n 'ofPage'=>'page',\n);\n\n/* Objects are classified according to their type. However, you can specify\n * a mapping here, if objects of a certain type should be associated with a\n * different class (e.g. classify all users as 'foaf:person'). If you are\n * unsure it is safe to leave this configuration array empty.\n */\n\n$triplify['classMap']=array('user'=>'foaf:person');\n\n/* You can specify for how long generated files should be cached. For smaller\n * Web applications it is save to disable caching by setting this value to zero.\n */\n$triplify['TTL']=0;\n\n/* Triplify uses a PDO object to connect to the database.\n * The following line creates an appropriate PDO object for a MySQL database.\n * Please adjust the values for database name, user and password.\n * For maximum security, you can create a database user specificially for\n * Triplify, which has solely readable access to the columns of your database\n * schema, which should be made public. Alternatively, you can include the\n * configuration of your Web application and reuse its credentials here.\n */\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n\n?>\n%%" . . . . . "2008-03-10T02:26:39"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\n'http://triplify.org/vocabulary/wacko/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n/* The core of triplify are SQL queries, which select the information to be made\n * available.\n *\n * You can provide a number of arbitrary queries. Each query, however, should\n * select information about an object of a certain type. This type, which serves\n * as an index in the associative queries configuration array, is also used to\n * construct corresponding URIs for the objects returned by the query.\n *\n * The first column returned by the query represents the ID of the object and\n * has to be named \"id\", all other columns represent characteristics (or\n * properties of this object). As column identifier you should reuse existing\n * vocabularies whenever possible. If your \"user\" table, for example, contains a\n * column named \"first_name\" this can be easily mapped to the corresponding FOAF\n * property using: \"SELECT id,first_name AS `foaf:firstName` FROM user\".\n * You can use the following column naming convention in order to inform\n * Triplify about the datatype or language of a column:\n * SELECT id,price AS `price^^xsd:decimal`,desc AS `rdf:label@en` FROM products\n * However, Triplify autodetects timestamps and converts them appropriately.\n *\n * Only select information, which does not contain sensitive information and\n * can be made public. For example, email adresses and password (hashes) should\n * never be exposed. However, you can use the database function SHA to\n * mask email addresses, e.g.: SHA(email) AS `foaf:mbox_sha1sum`.\n *\n * The following queries are example queries and have to be replaced by queries\n * suitable for your database schema.\n */\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}revisions p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(email) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n/* Some of the columns of the Triplify queries will contain references to other\n * objects rather than literal values. The following configuration array\n * specifies, which columns are references to objects of which type.\n */\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'lastChangedBy'=>'user',\n 'ofPage'=>'page',\n);\n\n/* Objects are classified according to their type. However, you can specify\n * a mapping here, if objects of a certain type should be associated with a\n * different class (e.g. classify all users as 'foaf:person'). If you are\n * unsure it is safe to leave this configuration array empty.\n */\n\n$triplify['classMap']=array('user'=>'foaf:person');\n\n/* You can specify for how long generated files should be cached. For smaller\n * Web applications it is save to disable caching by setting this value to zero.\n */\n$triplify['TTL']=0;\n\n/* Triplify uses a PDO object to connect to the database.\n * The following line creates an appropriate PDO object for a MySQL database.\n * Please adjust the values for database name, user and password.\n * For maximum security, you can create a database user specificially for\n * Triplify, which has solely readable access to the columns of your database\n * schema, which should be made public. Alternatively, you can include the\n * configuration of your Web application and reuse its credentials here.\n */\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n\n?>\n%%" . . . . . "2008-03-10T02:58:50"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\n'http://triplify.org/vocabulary/wacko/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n/* The core of triplify are SQL queries, which select the information to be made\n * available.\n *\n * You can provide a number of arbitrary queries. Each query, however, should\n * select information about an object of a certain type. This type, which serves\n * as an index in the associative queries configuration array, is also used to\n * construct corresponding URIs for the objects returned by the query.\n *\n * The first column returned by the query represents the ID of the object and\n * has to be named \"id\", all other columns represent characteristics (or\n * properties of this object). As column identifier you should reuse existing\n * vocabularies whenever possible. If your \"user\" table, for example, contains a\n * column named \"first_name\" this can be easily mapped to the corresponding FOAF\n * property using: \"SELECT id,first_name AS `foaf:firstName` FROM user\".\n * You can use the following column naming convention in order to inform\n * Triplify about the datatype or language of a column:\n * SELECT id,price AS `price^^xsd:decimal`,desc AS `rdf:label@en` FROM products\n * However, Triplify autodetects timestamps and converts them appropriately.\n *\n * Only select information, which does not contain sensitive information and\n * can be made public. For example, email adresses and password (hashes) should\n * never be exposed. However, you can use the database function SHA to\n * mask email addresses, e.g.: SHA(email) AS `foaf:mbox_sha1sum`.\n *\n * The following queries are example queries and have to be replaced by queries\n * suitable for your database schema.\n */\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}revisions p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(email) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n/* Some of the columns of the Triplify queries will contain references to other\n * objects rather than literal values. The following configuration array\n * specifies, which columns are references to objects of which type.\n */\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'lastChangedBy'=>'user',\n 'ofPage'=>'page',\n);\n\n/* Objects are classified according to their type. However, you can specify\n * a mapping here, if objects of a certain type should be associated with a\n * different class (e.g. classify all users as 'foaf:person'). If you are\n * unsure it is safe to leave this configuration array empty.\n */\n\n$triplify['classMap']=array('user'=>'foaf:person');\n\n/* You can specify for how long generated files should be cached. For smaller\n * Web applications it is save to disable caching by setting this value to zero.\n */\n$triplify['TTL']=0;\n\n/* Triplify uses a PDO object to connect to the database.\n * The following line creates an appropriate PDO object for a MySQL database.\n * Please adjust the values for database name, user and password.\n * For maximum security, you can create a database user specificially for\n * Triplify, which has solely readable access to the columns of your database\n * schema, which should be made public. Alternatively, you can include the\n * configuration of your Web application and reuse its credentials here.\n */\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n\n?>\n%%" . . . . . "2008-03-10T04:45:30"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\n'http://triplify.org/vocabulary/wacko/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n/* The core of triplify are SQL queries, which select the information to be made\n * available.\n *\n * You can provide a number of arbitrary queries. Each query, however, should\n * select information about an object of a certain type. This type, which serves\n * as an index in the associative queries configuration array, is also used to\n * construct corresponding URIs for the objects returned by the query.\n *\n * The first column returned by the query represents the ID of the object and\n * has to be named \"id\", all other columns represent characteristics (or\n * properties of this object). As column identifier you should reuse existing\n * vocabularies whenever possible. If your \"user\" table, for example, contains a\n * column named \"first_name\" this can be easily mapped to the corresponding FOAF\n * property using: \"SELECT id,first_name AS `foaf:firstName` FROM user\".\n * You can use the following column naming convention in order to inform\n * Triplify about the datatype or language of a column:\n * SELECT id,price AS `price^^xsd:decimal`,desc AS `rdf:label@en` FROM products\n * However, Triplify autodetects timestamps and converts them appropriately.\n *\n * Only select information, which does not contain sensitive information and\n * can be made public. For example, email adresses and password (hashes) should\n * never be exposed. However, you can use the database function SHA to\n * mask email addresses, e.g.: SHA(email) AS `foaf:mbox_sha1sum`.\n *\n * The following queries are example queries and have to be replaced by queries\n * suitable for your database schema.\n */\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n# 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n# FROM {$wakkaConfig['table_prefix']}revisions p\n# INNER JOIN {$wakkaConfig['table_prefix']}acls a\n# ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n/* Some of the columns of the Triplify queries will contain references to other\n * objects rather than literal values. The following configuration array\n * specifies, which columns are references to objects of which type.\n */\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'lastChangedBy'=>'user',\n 'ofPage'=>'page',\n);\n\n/* Objects are classified according to their type. However, you can specify\n * a mapping here, if objects of a certain type should be associated with a\n * different class (e.g. classify all users as 'foaf:person'). If you are\n * unsure it is safe to leave this configuration array empty.\n */\n\n$triplify['classMap']=array('user'=>'foaf:person');\n\n/* You can specify for how long generated files should be cached. For smaller\n * Web applications it is save to disable caching by setting this value to zero.\n */\n$triplify['TTL']=0;\n\n/* Triplify uses a PDO object to connect to the database.\n * The following line creates an appropriate PDO object for a MySQL database.\n * Please adjust the values for database name, user and password.\n * For maximum security, you can create a database user specificially for\n * Triplify, which has solely readable access to the columns of your database\n * schema, which should be made public. Alternatively, you can include the\n * configuration of your Web application and reuse its credentials here.\n */\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n\n?>\n%%" . . . . . "2008-03-10T04:47:59"^^ . "==Triplify Configuration for ~OpenConf 2.0==\n%%(php)\n'http://triplify.org/vocabulary/wacko/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n# 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n# FROM {$wakkaConfig['table_prefix']}revisions p\n# INNER JOIN {$wakkaConfig['table_prefix']}acls a\n# ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'lastChangedBy'=>'user',\n 'ofPage'=>'page',\n);\n\n$triplify['classMap']=array('user'=>'foaf:person');\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n\n?>\n%%" . . . . . "2008-03-10T04:48:40"^^ . "==Triplify Configuration for ~WackoWiki 4.2==\n%%(php)\n'http://triplify.org/vocabulary/wacko/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n# 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n# FROM {$wakkaConfig['table_prefix']}revisions p\n# INNER JOIN {$wakkaConfig['table_prefix']}acls a\n# ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'lastChangedBy'=>'user',\n 'ofPage'=>'page',\n);\n\n$triplify['classMap']=array('user'=>'foaf:person');\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n\n?>\n%%" . . . . . "2008-03-10T17:27:41"^^ . "==Triplify Configuration for ~WackoWiki 4.2==\n%%(php)\n'http://triplify.org/vocabulary/wacko/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time changed,body,owner createdBy,user lastChangedBy\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n# 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n# FROM {$wakkaConfig['table_prefix']}revisions p\n# INNER JOIN {$wakkaConfig['table_prefix']}acls a\n# ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n$triplify['objectProperties']=array(\n 'createdBy'=>'user',\n 'lastChangedBy'=>'user',\n 'ofPage'=>'page',\n);\n\n$triplify['classMap']=array('user'=>'foaf:Person');\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n\n?>\n%%" . . . . . "2008-03-11T21:59:17"^^ . "==Triplify Configuration for ~WackoWiki 4.2==\n%%(php)\n'http://triplify.org/vocabulary/WackoWiki/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time AS 'dcterms:modified',body 'sioc:content',owner 'sioc:has_owner',user 'sioc:has_modifier'\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n# 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n# FROM {$wakkaConfig['table_prefix']}revisions p\n# INNER JOIN {$wakkaConfig['table_prefix']}acls a\n# ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_owner'=>'user',\n 'sioc:has_modifier'=>'user',\n 'ofPage'=>'page',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'page'=>'sioctypes:WikiArticle',\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n?>\n%%" . . . . . "2008-03-16T02:03:59"^^ . "==Triplify Configuration for ~WackoWiki 4.2==\n%%(php)\n'http://triplify.org/vocabulary/WackoWiki/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'page'=>\"SELECT tag id,time AS 'dcterms:modified',body 'sioc:content',owner 'sioc:has_owner',user 'sioc:has_modifier'\n FROM {$wakkaConfig['table_prefix']}pages p\n INNER JOIN {$wakkaConfig['table_prefix']}acls a\n ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n# 'revision'=>\"SELECT id,tag ofPage,time changed,body,owner createdBy,user lastChangedBy\n# FROM {$wakkaConfig['table_prefix']}revisions p\n# INNER JOIN {$wakkaConfig['table_prefix']}acls a\n# ON(p.tag=a.page_tag AND a.privilege='read' AND a.list='*')\",\n 'user'=>\"SELECT name id,SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',motto\n FROM {$wakkaConfig['table_prefix']}users\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_owner'=>'user',\n 'sioc:has_modifier'=>'user',\n 'ofPage'=>'page',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'page'=>'sioctypes:WikiArticle',\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host='.$wakkaConfig['mysql_host'].';dbname='.$wakkaConfig['mysql_database'],$wakkaConfig['mysql_user'],$wakkaConfig['mysql_password']);\n?>\n%%" . . . . . "2008-03-11T08:07:07"^^ . "==Triplify configuration for WordPress 2.1==\n%%\n'http://triplify.org/vocabulary/Wordpress/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'post'=>array(\n \"SELECT id,post_author 'sioc:has_creator',post_date 'dcterms:created',post_title 'dc:title',\n post_content 'sioc:content',post_modified 'dcterms:modified'\n FROM {$table_prefix}posts WHERE post_status='publish'\",\n \"SELECT post_id id,tag_id 'tag:taggedWithTag' FROM {$table_prefix}post2tag\",\n \"SELECT post_id id,category_id 'belongsToCategory' FROM {$table_prefix}post2cat\",\n ),\n 'tag'=>\"SELECT tag_ID id,tag 'tag:tagName' FROM {$table_prefix}tags\",\n 'category'=>\"SELECT cat_ID id,cat_name 'skos:prefLabel',category_parent 'skos:narrower' FROM {$table_prefix}categories\",\n 'user'=>array(\n \"SELECT id,user_login 'foaf:accountName',SHA(CONCAT('mailto:',user_email)) 'foaf:mbox_sha1sum',\n user_url 'foaf:homepage',display_name 'foaf:name'\n FROM {$table_prefix}users\",\n \"SELECT user_id id,meta_value 'foaf:firstName' FROM {$table_prefix}usermeta WHERE meta_key='first_name'\",\n \"SELECT user_id id,meta_value 'foaf:family_name' FROM {$table_prefix}usermeta WHERE meta_key='last_name'\",\n ),\n 'comment'=>\"SELECT comment_ID id,comment_post_id 'sioc:reply_of',comment_author,comment_author_email,\n comment_author_url,comment_date,comment_content,comment_karma,comment_type\n FROM {$table_prefix}comments WHERE comment_approved='1'\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'tag:taggedWithTag'=>'tag',\n 'belongsToCategory'=>'category',\n 'skos:narrower'=>'category',\n 'sioc:reply_of'=>'post',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'post'=>'sioc:Post',\n 'tag'=>'tag:Tag',\n 'category'=>'skos:Concept',\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.DB_HOST.';dbname='.DB_NAME,DB_USER,DB_PASSWORD);\n?>\n%%" . . . . . "2008-03-11T08:07:55"^^ . "==Triplify configuration for WordPress 2.1==\n%%(php)\n'http://triplify.org/vocabulary/Wordpress/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'post'=>array(\n \"SELECT id,post_author 'sioc:has_creator',post_date 'dcterms:created',post_title 'dc:title',\n post_content 'sioc:content',post_modified 'dcterms:modified'\n FROM {$table_prefix}posts WHERE post_status='publish'\",\n \"SELECT post_id id,tag_id 'tag:taggedWithTag' FROM {$table_prefix}post2tag\",\n \"SELECT post_id id,category_id 'belongsToCategory' FROM {$table_prefix}post2cat\",\n ),\n 'tag'=>\"SELECT tag_ID id,tag 'tag:tagName' FROM {$table_prefix}tags\",\n 'category'=>\"SELECT cat_ID id,cat_name 'skos:prefLabel',category_parent 'skos:narrower' FROM {$table_prefix}categories\",\n 'user'=>array(\n \"SELECT id,user_login 'foaf:accountName',SHA(CONCAT('mailto:',user_email)) 'foaf:mbox_sha1sum',\n user_url 'foaf:homepage',display_name 'foaf:name'\n FROM {$table_prefix}users\",\n \"SELECT user_id id,meta_value 'foaf:firstName' FROM {$table_prefix}usermeta WHERE meta_key='first_name'\",\n \"SELECT user_id id,meta_value 'foaf:family_name' FROM {$table_prefix}usermeta WHERE meta_key='last_name'\",\n ),\n 'comment'=>\"SELECT comment_ID id,comment_post_id 'sioc:reply_of',comment_author,comment_author_email,\n comment_author_url,comment_date,comment_content,comment_karma,comment_type\n FROM {$table_prefix}comments WHERE comment_approved='1'\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'tag:taggedWithTag'=>'tag',\n 'belongsToCategory'=>'category',\n 'skos:narrower'=>'category',\n 'sioc:reply_of'=>'post',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'post'=>'sioc:Post',\n 'tag'=>'tag:Tag',\n 'category'=>'skos:Concept',\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO('mysql:host='.DB_HOST.';dbname='.DB_NAME,DB_USER,DB_PASSWORD);\n?>\n%%" . . . . . "2008-03-16T02:04:28"^^ . "==Triplify configuration for WordPress 2.1==\n%%(php)\n'http://triplify.org/vocabulary/Wordpress/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'post'=>array(\n \"SELECT id,post_author 'sioc:has_creator',post_date 'dcterms:created',post_title 'dc:title',\n post_content 'sioc:content',post_modified 'dcterms:modified'\n FROM {$table_prefix}posts WHERE post_status='publish'\",\n \"SELECT post_id id,tag_id 'tag:taggedWithTag' FROM {$table_prefix}post2tag\",\n \"SELECT post_id id,category_id 'belongsToCategory' FROM {$table_prefix}post2cat\",\n ),\n 'tag'=>\"SELECT tag_ID id,tag 'tag:tagName' FROM {$table_prefix}tags\",\n 'category'=>\"SELECT cat_ID id,cat_name 'skos:prefLabel',category_parent 'skos:narrower' FROM {$table_prefix}categories\",\n 'user'=>array(\n \"SELECT id,user_login 'foaf:accountName',SHA(CONCAT('mailto:',user_email)) 'foaf:mbox_sha1sum',\n user_url 'foaf:homepage',display_name 'foaf:name'\n FROM {$table_prefix}users\",\n \"SELECT user_id id,meta_value 'foaf:firstName' FROM {$table_prefix}usermeta WHERE meta_key='first_name'\",\n \"SELECT user_id id,meta_value 'foaf:family_name' FROM {$table_prefix}usermeta WHERE meta_key='last_name'\",\n ),\n 'comment'=>\"SELECT comment_ID id,comment_post_id 'sioc:reply_of',comment_author,comment_author_email,\n comment_author_url,comment_date,comment_content,comment_karma,comment_type\n FROM {$table_prefix}comments WHERE comment_approved='1'\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'tag:taggedWithTag'=>'tag',\n 'belongsToCategory'=>'category',\n 'skos:narrower'=>'category',\n 'sioc:reply_of'=>'post',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'post'=>'sioc:Post',\n 'tag'=>'tag:Tag',\n 'category'=>'skos:Concept',\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host='.DB_HOST.';dbname='.DB_NAME,DB_USER,DB_PASSWORD);\n?>\n%%" . . . . . "2008-03-17T21:31:41"^^ . "==Triplify configuration for WordPress 2.1==\n%%(php)\n'http://triplify.org/vocabulary/Wordpress/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'post'=>array(\n \"SELECT id,post_author 'sioc:has_creator',post_date 'dcterms:created',post_title 'dc:title',\n post_content 'sioc:content',post_modified 'dcterms:modified'\n FROM {$table_prefix}posts WHERE post_status='publish'\",\n \"SELECT post_id id,tag_id 'tag:taggedWithTag' FROM {$table_prefix}post2tag\",\n \"SELECT post_id id,category_id 'belongsToCategory' FROM {$table_prefix}post2cat\",\n ),\n 'tag'=>\"SELECT tag_ID id,tag 'tag:tagName' FROM {$table_prefix}tags\",\n 'category'=>\"SELECT cat_ID id,cat_name 'skos:prefLabel',category_parent 'skos:narrower' FROM {$table_prefix}categories\",\n 'user'=>array(\n \"SELECT id,user_login 'foaf:accountName',SHA(CONCAT('mailto:',user_email)) 'foaf:mbox_sha1sum',\n user_url 'foaf:homepage',display_name 'foaf:name'\n FROM {$table_prefix}users\",\n \"SELECT user_id id,meta_value 'foaf:firstName' FROM {$table_prefix}usermeta WHERE meta_key='first_name'\",\n \"SELECT user_id id,meta_value 'foaf:family_name' FROM {$table_prefix}usermeta WHERE meta_key='last_name'\",\n ),\n 'comment'=>\"SELECT comment_ID id,comment_post_id 'sioc:reply_of',comment_author AS 'foaf:name',\n SHA(CONCAT('mailto:',comment_author_email)) 'foaf:mbox_sha1sum',\n comment_author_url 'foaf:homepage',comment_date AS 'dcterms:created',\n comment_content 'sioc:content',comment_karma,comment_type\n FROM {$table_prefix}comments WHERE comment_approved='1'\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:has_creator'=>'user',\n 'tag:taggedWithTag'=>'tag',\n 'belongsToCategory'=>'category',\n 'skos:narrower'=>'category',\n 'sioc:reply_of'=>'post',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person',\n 'post'=>'sioc:Post',\n 'tag'=>'tag:Tag',\n 'category'=>'skos:Concept',\n);\n\n$triplify['TTL']=0;\n\n$triplify['db']=new PDO('mysql:host='.DB_HOST.';dbname='.DB_NAME,DB_USER,DB_PASSWORD);\n?>\n%%" . . . . . "2008-03-12T05:20:07"^^ . "==Open Journal Systems configuration==\n\nThis is an initial version which extracts just basic information about authors and articles.\n\n%%(php)\n'http://triplify.org/vocabulary/ojs/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'author'=>\"SELECT author_id,a.article_id AS 'sioc:creator_of',first_name AS 'foaf:firstName',middle_name,\n last_name AS 'foaf:family_name',affiliation,country,\n SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',url AS 'foaf:homepage'\n FROM article_authors aa INNER JOIN articles a ON(aa.article_id=a.article_id AND status=3)\",\n 'article'=>\"SELECT a.article_id AS id,title.setting_value title,abstract.setting_value abstract,keywords.setting_value keywords\n FROM articles a\n INNER JOIN article_settings title ON(a.article_id=title.article_id AND title.setting_name='title')\n INNER JOIN article_settings abstract ON(a.article_id=abstract.article_id AND abstract.setting_name='abstract')\n INNER JOIN article_settings keywords ON(a.article_id=keywords.article_id AND keywords.setting_name='subject')\n WHERE status=3\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:creator_of'=>'article',\n);\n\n$triplify['classMap']=array(\n 'user'=>'foaf:person'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO($cfg['driver'].':host='.$cfg['host'].';dbname='.$cfg['name'],$cfg['username'],$cfg['password']);\n\n?>\n%%" . . . . . "2008-03-12T05:21:06"^^ . "==Open Journal Systems configuration==\n\nThis is an initial version which extracts just basic information about authors and articles.\n\n%%(php)\n'http://triplify.org/vocabulary/ojs/',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n);\n\n$triplify['queries']=array(\n 'author'=>\"SELECT author_id,a.article_id AS 'sioc:creator_of',first_name AS 'foaf:firstName',middle_name,\n last_name AS 'foaf:family_name',affiliation,country,\n SHA(CONCAT('mailto:',email)) AS 'foaf:mbox_sha1sum',url AS 'foaf:homepage'\n FROM article_authors aa INNER JOIN articles a ON(aa.article_id=a.article_id AND status=3)\",\n 'article'=>\"SELECT a.article_id AS id,title.setting_value title,abstract.setting_value abstract,keywords.setting_value keywords\n FROM articles a\n INNER JOIN article_settings title ON(a.article_id=title.article_id AND title.setting_name='title')\n INNER JOIN article_settings abstract ON(a.article_id=abstract.article_id AND abstract.setting_name='abstract')\n INNER JOIN article_settings keywords ON(a.article_id=keywords.article_id AND keywords.setting_name='subject')\n WHERE status=3\",\n);\n\n$triplify['objectProperties']=array(\n 'sioc:creator_of'=>'article',\n);\n\n$triplify['classMap']=array(\n 'author'=>'foaf:person'\n);\n\n$triplify['TTL']=0;\n\n$triplify['pdo']=new PDO($cfg['driver'].':host='.$cfg['host'].';dbname='.$cfg['name'],$cfg['username'],$cfg['password']);\n\n?>\n%%" . . . . . "2008-03-14T15:57:05"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n==Triplify==\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"5\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-03-12T20:07:49"^^ . "==Triplify==\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"5\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-03-14T15:57:41"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"5\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-03-25T17:27:37"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-04-22T02:06:06"^^ . "<#
Win an MacBook Air with the Linking Open Data Triplification Challenge!
#>\n\n<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-04-22T02:06:54"^^ . "<#
Win an MacBook Air with the Linking Open Data Triplification Challenge!
#>\n\n<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-04-22T02:07:09"^^ . "<#
Win an MacBook Air with the Linking Open Data Triplification Challenge!
#>\n\n<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-04-22T04:51:08"^^ . "<#
Win an MacBook Air with the Linking Open Data Triplification Challenge!
#>\n\n<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-04-22T04:51:20"^^ . "<#
Win an MacBook Air with the Linking Open Data Triplification Challenge!
#>\n\n<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-07-31T00:15:20"^^ . "<#
Check out the Linking Open Data Triplification Challenge Nominations!
#>\n\n<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-07-31T00:26:15"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2009-04-16T16:58:45"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very light-weight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2009-04-16T17:01:19"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very lightweight:** It consists just of few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are) the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next generation, semantics based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2009-04-16T17:07:23"^^ . "<#\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very lightweight:** It consists of only a few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are), the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next-generation, semantics-based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2009-05-11T12:13:02"^^ . "<#\n
Win an MacBook Air with the Linking Open Data Triplification Challenge!
\n\n
\n

Triplify

\n\"\"\n
\n#>\n\n{{feed title=\"News\" divclass=\"floatbox\" url=\"http://blog.aksw.org/feed/?cat=15\" max=\"2\"}}\n\n**Triplify provides a building block for the \"semantification\" of Web applications.** Triplify is a small plugin for Web applications, which reveals the semantic structures encoded in relational databases by making database content available as RDF, JSON or Linked Data.\n\n**Triplify is very lightweight:** It consists of only a few files with less than 500 lines of code. For a typical Web application a configuration for Triplify can be created in less than one hour and if this Web application is deployed multiple times (as most open-source Web applications are), the configuration can be reused without modifications.\n\n**Triplify makes Web applications easier mashable and lays the foundation for next-generation, semantics-based Web searches.**\n\n{{cofundos tag=\"Triplify\" divclass=\"box noborderinclude\"}}\n" . . . . . "2008-03-13T19:31:43"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n" . . . . . "2008-03-13T19:21:37"^^ . "{{Redirect page=\"/Documentation/Configuration\"}}" . . . . . "2008-03-14T18:09:21"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n" . . . . . "2008-06-25T18:37:37"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)" . . . . . "2008-09-09T18:43:18"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)" . . . . . "2008-09-09T18:44:32"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)" . . . . . "2008-03-12T20:11:13"^^ . "{{Redirect page=\"/Documentation/Configuration\"}}" . . . . . "2008-03-12T20:16:48"^^ . "{{Redirect page=\"/Documentation/Configuration\"}}\n\n==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n" . . . . . "2008-03-12T20:20:12"^^ . "==Configuration==\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n" . . . . . "2008-03-13T19:12:15"^^ . "{{Redirect page=\"/About/Problem\"}}" . . . . . "2008-03-13T19:13:23"^^ . "{{Redirect page=\"/About/Solution\"}}" . . . . . "2008-03-13T19:15:24"^^ . "{{Redirect page=\"/About/Publications\"}}" . . . . . "2008-03-13T19:20:32"^^ . "{{Redirect page=\"/Documentation/Using\"}}" . . . . . "2008-04-21T16:26:43"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla!)) (contributed by ((Danh Le Phuoc)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-26T19:20:51"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-13T19:22:10"^^ . "==Documentation==\n\n{{Include page=\"/Documentation/Configuration\" divclass=\"box noborderinclude\" nomark=\"1\"}}\n\n{{Include page=\"/Documentation/Using\" divclass=\"box noborderinclude\" nomark=\"1\"}}" . . . . . "2008-03-15T03:36:08"^^ . "<#
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#>\n==Documentation==\n\n{{Include page=\"/Documentation/Configuration\" divclass=\"box noborderinclude\" nomark=\"1\"}}\n\n{{Include page=\"/Documentation/Using\" divclass=\"box noborderinclude\" nomark=\"1\"}}" . . . . . "2008-03-15T03:37:06"^^ . "<#
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#>\n===Documentation===\n\n====Configuration====\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n{{Include page=\"/Documentation/Using\" divclass=\"box noborderinclude\" nomark=\"1\"}}" . . . . . "2008-03-15T03:38:19"^^ . "<#
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#>\n===Documentation===\n\n====Configuration====\n\nYou can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nThis page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\n\nApplication and link to config.inc.php\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ?t-output=json to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-03-15T03:44:05"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extract the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"tripleized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ?t-output=json to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-03-15T03:49:28"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extract the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"tripleized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-03-15T03:51:17"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extract the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal core)) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-03-16T02:07:33"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extract the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-03-16T15:08:09"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data." . . . . . "2008-03-16T15:36:51"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides methods for interconnecting discussion methods such as blogs, forums and mailing lists to each other.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-16T17:11:37"^^ . "<#
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#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 7.0 [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-17T11:17:07"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-17T21:33:40"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-17T21:34:12"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-18T22:45:54"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of Web applications. Since, Triplify is very light-weight it is extremely easy to integrate:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration\n * modify the installation procedure of your Web application, so that the #triplify/cache/# folder is writable by the Web server or change the Triplify configuration variable #$triplify['cachedir']#\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing #~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])#\neither by means of #fopen()# or by embedding a corresponding link (e.g. within an iframe) in the installer\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-18T23:07:16"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object of MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the #triplify/cache/# folder is writable by the Web server or change the Triplify configuration variable #$triplify['cachedir']#\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing #~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])#\neither by means of #fopen()# or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * the installations of the Web application are better found and search engines can better evaluate the content\n * it is possible to create custom tailored search engines targeted at a certain niche, imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom\n * ultimately, a triplification will counteract the centralization we faced through Google, YouToube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-18T23:10:51"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object of MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing #~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])#\neither by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and search engines can better evaluate the content.\n * Different installations of the Web application can easily syndicate arbitrary content without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create custom tailored search engines targeted at a certain niche. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, YouToube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-18T23:11:41"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object of MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and search engines can better evaluate the content.\n * Different installations of the Web application can easily syndicate arbitrary content without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create custom tailored search engines targeted at a certain niche. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, YouToube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-18T23:12:37"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object of MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, YouToube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-26T19:18:58"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, YouToube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-04-21T16:27:05"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla! Joomla!)) (contributed by ((Danh Le Phuoc)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-04-21T16:32:20"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-06-25T18:40:58"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-08-02T02:41:50"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-09-03T10:43:09"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-10-21T18:45:11"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-01-17T22:59:26"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören))), ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-01-17T23:00:08"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)): ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören))), ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-01-19T10:16:11"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:15:18"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\" this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:15:48"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:21:34"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the main-stream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:22:06"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since, Triplify is very light-weight it is extremely easy to integrate into such Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, this is usually achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application, so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:29:00"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be simply done by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:30:52"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:31:45"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:32:44"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines, which exploit semantic representations are still rare or in early stages.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:37:31"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:38:50"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:39:32"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:49:46"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:52:16"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities aiming at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:54:58"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:57:05"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended as best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify; however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T17:59:20"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify; however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T18:01:08"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify; however, it is more difficult to deploy. It also includes its own mapping language to map DB content to ontologies, where Triplify just uses SQL. Other than Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-07T18:02:19"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-05-14T16:11:25"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-09-28T17:02:04"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T16:30:49"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%php5 index.php cli-config.php%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%php5 index.php cli-config.php | bzip2 -c > export.nt.bz2%%\n\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T16:32:01"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T16:35:04"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T17:09:46"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##http://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##http://example.com/triplify/product/45## would match the regular expression '/^product\\/([0-9]+)$/' given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T17:19:17"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##ht####tp://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##http://example.com/triplify/product/45## would match the regular expression '/^product\\/([0-9]+)$/' given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T17:19:45"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##ht####tp://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##ht##tp://example.com/triplify/product/45## would match the regular expression '/^product\\/([0-9]+)$/' given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T21:33:19"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##ht####tp://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##ht####tp://example.com/triplify/product/45## would match the regular expression '/^product\\/([0-9]+)$/' given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-10-30T21:34:48"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.inc.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##ht####tp://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##ht####tp://example.com/triplify/product/45## would match the regular expression ##'/^product\\/([0-9]+)$/'## given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-11-17T18:00:10"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.dist.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##ht####tp://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##ht####tp://example.com/triplify/product/45## would match the regular expression ##'/^product\\/([0-9]+)$/'## given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2009-11-17T18:13:59"^^ . "<#
{{ToC}}
#>\n\n===Configuration===\n\nAfter you have ((http://sourceforge.net/projects/triplify/ downloaded)) and extracted the Triplify script into your Web application, you have to create a Triplify configuration suitable for your Web application. You can view the ((http://triplify.svn.sourceforge.net/viewvc/triplify/triplify-php/config.dist.php?view=markup Triplify example configuration)) with detailed explanations.\n\nOnce a Web application was \"triplized\", this configuration can be reused for all subsequent installations of the same Web application. This page contains community-contributed Triplify configurations. Feel free to add configurations you created or just send them to us by email and we will add them here.\n\nApplication and link to config.inc.php:\n\n * ((/Configuration/OpenConf OpenConf)): ((http://triplify.org/Configuration/OpenConf/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * Drupal: ((/Configuration/Drupal 5.x [with CCK])) (contributed by David)\n * ((/Configuration/WackoWiki WackoWiki)): ((http://triplify.org/Configuration/WackoWiki/4.2 4.2)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/WordPress WordPress)):\n * ((http://triplify.org/Configuration/WordPress/2.1 2.1)) (contributed by ((SoerenAuer Sören)))\n * ((http://triplify.org/Configuration/WordPress/2.7 2.7)) (contributed by ((http://students.info.uaic.ro/~amihaila/ Andrei Mihăilă)))\n * ((/Configuration/OJS OpenJournalSystems)): ((http://triplify.org/Configuration/OJS/2.0 2.0)) (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/Joomla Joomla!)) (contributed by ((Danh Le Phuoc)))\n * ((/Configuration/osCommerce osCommerce )): (contributed by Elias)\n * ((/Configuration/OMDB OMDB)): (contributed by ((SoerenAuer Sören)))\n * ((/Configuration/phpBB phpBB)): (contributed by Elias)\n * ((/Configuration/Gallery Gallery)): (contributed by Elias)\n\n===Generation of Provenance Information in your metadata===\nBeginning from version 0.6. Triplify supports the generation of provenance information for your data. This is described in detail at the ((http://sourceforge.net/apps/mediawiki/trdf/index.php?title=Triplify_Metadata_Extension wiki page for the Triplify Metadata Extension)) created by Olaf Hartig.\n\n===Calling Triplify from the Command Line / using Triplify as ETL tool===\n\nTriplify can be used as a tool for Extract-Tranform-Load (ETL) cycles by calling it from the command line:\n\n%%(php)\nphp5 index.php cli-config.php\n%%\n\nTriplify automatically detects that it was called from the command line and overloads the default config file ##config.inc.php## with the values set in the file given as parameter (in the example above ##cli-config.php##). Subsequently, it processes all queries in order to extract all possible data from the database. The resulting triples are returned on ##stout## and can be post-processed with other tools, e.g.:\n\n%%(php)\nphp5 index.php cli-config.php | bzip2 -c > export.nt.bz2\n%%\n\nFor example the 3 billion ((http://linkedgeodata.org/Datasets LinkedGeoData triples)) have been generated using Triplify.\n\n===Using Regular Expressions for Mapping URLs to RDF===\n\nThe default behavior of Triplify of mapping URIs of the pattern ##ht####tp://example.com/triplify/CLASS/ID## to SQL queries can be easily extended by using regular expressions to match request URL's:\n\n%%(php)\n$triplify['queries']=array(\n '/^product\\/([0-9]+)$/'=>'SELECT id, name FROM products WHERE id=\"$1\"'\n);\n%%\n\nIn this example, an URL request of ##ht####tp://example.com/triplify/product/45## would match the regular expression ##'/^product\\/([0-9]+)$/'## given as key in the queries configuration array. Triplify would then substitute any occurrences of back references via ##$n## in the SQL query to matching patterns in the requested URL, execute the query and transform the result into RDF.\n\nThis approach enables Triplify to be used for easily creating RDF returning REST services. A more complex example, which is used to realize the ((http://linkedgeodata.org/OnlineAccess LinkedGeoData)) ##near## REST service is:\n\n%%(php)\n$triplify['queries']=array(\n '/^near\\/(-?[0-9\\.]+),(-?[0-9\\.]+)\\/([0-9]+)\\/?$/'=>'SELECT CONCAT(\"base:\",n.type,\"/\",n.id,\"#id\") AS id, CONCAT(\"vocabulary:\",n.type) AS \"rdf:type\", '.$latlon.',\n rv.label AS \"t:unc\", REPLACE(rk.label,\":\",\"%25\"), '.$distance.'\nFROM elements n\n INNER JOIN tags t USING(type,id)\n INNER JOIN resources rk ON(rk.id=t.k)\n INNER JOIN resources rv ON(rv.id=t.v)\nWHERE '.$box.'\nHAVING distance < $3 LIMIT 1000', \n);\n%%\n\n===Integrating Triplify into Web Applications===\n\nTriplify is most beneficial, when it becomes a direct part of the mainstream distribution of standard Web applications such as CMS, Wikis, Blogs etc.. Since Triplify is very lightweight, it is extremely easy to integrate it into these Web applications:\n * add the Triplify folder to the root folder of your Web application\n * configure SQL queries selecting the information to be exposed\n * make sure Triplify uses the database connection parameters of the Web application, which can usually be achieved by including the Web applications configuration file and creating the PDO object or ~MySQL connection string by using the respective configuration values\n * modify the installation procedure of your Web application so that the ##triplify/cache/## folder is writable by the Web server or change the Triplify configuration variable ##$triplify['cachedir']##\n * make sure that the installation procedure registers the Triplify instance with the ((Registry)), so it can be found by other Semantic Web applications. This can be done simply by accessing ##~http://triplify.org/register/?url='.urlencode($baseURI).'&type='.urlencode($triplify['namespaces']['vocabulary'])## either by means of ##fopen()## or by embedding a corresponding link (e.g. within an iframe) in the installer\n\nSuch a triplification of your Web application has tremendous advantages:\n * The installations of the Web application are better found and **search engines can better evaluate the content**.\n * Different installations of the Web application can **easily syndicate arbitrary content** without the need to adopt interfaces, content representations or protocols, even when the content structures change.\n * It is possible to create **custom-tailored search engines targeted at a certain niche**. Imagine a search engine for products, which can be queried for digital cameras with high resolution and large zoom.\n\nUltimately, a triplification will counteract the centralization we have faced through Google, ~YouTube and Facebook and lead to an increased democratization of the Web.\n\n===Publishing update logs as Linked Data===\n\nTriplify can be used for publishing a hierarchically structured update log as linked data itself. Details can be found here:\n\nhttp://triplify.org/vocabulary/update\n\n===Using Triplify Data===\n\n====Creating Mashups====\n\nProbably the largest benefit when using Triplify is that your Web application becomes easily mashable with other Web data sources.\n\n * ((http://simile.mit.edu/potluck/ Simile Potluck)) allows to mix and mash any Triplify data sources without any programming\n * ((http://pipes.yahoo.com Yahoo! Pipes)) - Triplify instances can be used as data sources within Yahoo!'s pipe designer\n\n * ((http://programmableweb.com Programmableweb)) - provides a database of API's, which can be combined with Triplify data sources\n * **JSON output:** simply append ##?t-output=json## to any Triplify URI and you can easily access Triplify data, even without an RDF/N3 parser\n\n====Semantic Search====\n\nSearch engines which exploit semantic representations are still rare or in early stages of development.\n\n * ((http://sindice.com Sindice)) is a lookup index for Semantic Web documents\n * ((http://swse.deri.org/ SWSE))\n * ((http://swoogle.umbc.edu/ Swoogle)) is probably the oldest Semantic Web search engine\n\nRegistered Triplify data sources will be submitted to these and any upcoming future semantic search engines.\n\n====RDF and Linked Data Browser====\n\nThere are some RDF browsers available, which allow to browse and filter Triplify data:\n\n * ((http://demo.openlinksw.com/DAV/JS/rdfbrowser/index.html OpenLink RDF Browser))\n * ((http://www.w3.org/2005/ajar/tab Tabulator))\n * ((http://simile.mit.edu/exhibit/ Exhibit))\n\nJust enter the URL of your Triplify installation and start browsing your data.\n\n===Vocabularies and Links===\n\n====Vocabularies====\n\nWhen creating Triplify configurations, try to reuse existing vocabularies as much as possible. Some central vocabularies are:\n\n * ((http://www.foaf-project.org/ Friend of a Friend (FOAF) project)) has published a ((http://xmlns.com/foaf/spec/ vocabulary specification)) for expressing information about people and their relationships.\n * ((http://sioc-project.org/ Semantically-Interlinked Online Communities)) Project provides a vocabulary for interconnecting community-generated content and discussions such as blog, forum and mailing list posts, as well as Wiki articles.\n * ((http://www.w3.org/2004/02/skos/ Simple Knowledge Organisation Systems (SKOS))) is a family of vocabularies designed for representation of thesauri, classification schemes, taxonomies, and subject-heading systems.\n * ((http://purl.org/net/dayf/wiki/Ontology_Beer Beer Ontology)) - probably the most important vocabulary on the Semantic Web ;-)\n\nA comprehensive list of vocabularies can be also found at: http://schemaweb.info.\n\n====Links====\n\nW3C's ((http://www.w3.org/2001/sw/ Semantic Web)) initiative is an umbrella for many standards (such as RDF) and activities that aim at bringing more structure to the Web.\n\n * The ((http://okfn.org Open Knowledge Foundation)) is devoted to promoting and protecting open knowledge.\n * ((http://dataportability.org DataPortability)) is devoted to increase awareness for preventing data lock-ins in certain applications or services.\n * ((http://linkeddata.org Linked Data)) is recommended best practice for exposing, sharing, and connecting pieces of data, information, and knowledge on the Semantic Web by using URIs and RDF.\n * ((http://www4.wiwiss.fu-berlin.de/bizer/d2rq/index.htm D2RQ)) - Treating Non-RDF Databases as Virtual RDF Graphs. D2RQ has basically the same aim as Triplify, although it is more difficult to deploy. It includes its own mapping language to map DB content to ontologies, whereas Triplify just uses SQL. In contrast to Triplify, D2RQ also contains SPARQL endpoint functionality.\n * ((http://virtuoso.openlinksw.com/dataspace/dav/wiki/Main/SPARQLSponger Openlink's Sponger)) allows to access non-RDF data sources using SPARQL.\n * ((http://DBpedia.org DBpedia)) \"semantifies\" Wikipedia by providing RDF datasets and a SPARQL endpoint for semantics extracted from Wikipedia." . . . . . "2008-03-14T03:11:13"^^ . "==WordPress==\n\nWordPress is a Weblog system. More information can be found at:\nhttp://wordpress.org/\n\n{{Include page=\"WordPress/2.1\"}}" . . . . . "2008-03-14T03:10:23"^^ . "==WordPress==\n\nWordPress is a Weblog system. More information can be found at:\nhttp://wordpress.org/\n\n{{Include page=\"2.1\"}}" . . . . . "2008-03-16T02:03:05"^^ . "==~WackoWiki==\n\nWackoWiki is a Wiki system. More information can be found at:\nhttp://wackowiki.com\n\n{{Include page=\"/Configuration/WackoWiki/4.2\"}}" . . . . . "2008-03-16T02:06:35"^^ . "==~Open Journal Systems (OJS)==\n\nOJS is a journal management system. More information can be found at:\nhttp://pkp.sfu.ca/ojs/\n\n{{Include page=\"/Configuration/OpenJournalSystems/20\"}}" . . . . . "2008-03-17T16:52:42"^^ . "===Triplify Announcement Englisch===\n\nThe largest obstacle for the uptake of the Semantic Web is still the lack of semantically represented data, information and knowledge. On the other the majority of Web pages already now is generated by database driven Web applications containing highly structured data. Triplify aims at revealing such data and make it accessible using next generation semantic technologies.\n\nTriplify is a small plugin for database driven Web applications which:\n\n * exposes RDF, Linked Data and JSON,\n * is extremely simple to configure - just provide some SQL queries, selecting the information to be exposed (i.e. ##SELECT id, name AS 'foaf:name' FROM users##),\n * is complemented by a light-weight registry for RDF data sources.\n\nWe hope Triplify will make a significant contribution to get *more* data and semantics on the Web. But Triplify needs your contribution too - please consider donating some minutes to provide a Triplify configuration for a popular Web application. Such configurations will be shared on Triplify.org to make the \"semantification\" of Web applications even for novices a *no brainer*.\n\nUltimately, when a critical mass of Web applications is equipped with semantic interfaces such as Triplify it is easy to mix-and-mash information from different web sites and search engines are able to search the Web more efficiently and to combine different keywords more intelligently. When searching e.g. for airports near Leipzig, cities in France with more than 100.000 inhabitants or digital cameras combining a large zoom with high resolution we will not have to rely on lucky hits.\n\nMore information about Triplify can be found at: http://triplify.org\n\n===Triplify Ankündigung Deutsch===\n\nDas größte Hindernis für eine umfassende Verbreitung des Semantic Web ist im Moment noch die mangelnde Verfügbarkeit von semantisch ausgezeichneten Daten, Informationen und Wissen (z.B. als RDF oder Linked Data). Andererseits wird bereits ein weitaus überwiegender Teil von Webseiten von datenbankbasierten Webanwendungen (wie CMS, Blogs, Wikis, Foren, Groupware etc.) generiert, die hochgradig strukturierte Inhalte enthalten.\n\nDie an der Universität Leipzig entwickelte Technologie - Triplify macht es nun zum Kinderspiel solche Webanwendungen zu \"semantifizieren\", also die in einer relationalen Datenbank gespeicherten Inhalte als RDF, Linked Data oder auch JSON zu publizieren. Triplify basiert auf der Definition von Datenbankabfragen, die relevante Informationen auswählen und deren Ergebnisse dann von Triplify automatisch in RDF-Statements (Triples) konvertiert und im Web publiziert werden.\n\nWurde für eine bestimmte Webapplikation, wie z.B. Wordpress, Typo3 oder Compiere, einmal eine Triplify-Konfiguration erzeugt kann diese ohne Änderung von allen weiteren Installationen dieser Webapplikation verwendet werden. Unter Triplify.org finden sich bereits einige Konfigurationen für populäre Webapplikationen (wie z.B. Wordpress, WackoWiki oder OpenConf). Damit weitere dazukommen und das Semantic Web an Fahrt gewinnt ist Triplify jedoch auf Beiträge angewiesen.\n\nSobald eine kritische Masse von Webapplikationen ihre strukturierten Daten auf diese Weise zur Verfügung stellen können Suchmaschinen wesentlich gezielter nach Informationen suchen und verschiedene Suchbegriffe intelligenter kombinieren. Bei einer Websuche z.B. nach Flughäfen in der Nähe von Leipzig, Orten in Frankreich mit mehr als 100.000 Einwohnern oder Digitalkameras mit hoher Auflösung und großem Zoom ist man dann nicht mehr auf Zufallstreffer angewiesen.\n\nMehr Informationen zu Triplify finden sich auch unter: http://Triplify.org " . . . . . "2008-03-18T14:51:14"^^ . "===Triplify Announcement Englisch===\n\nThe largest obstacle for the uptake of the Semantic Web is still the lack of semantically represented data, information and knowledge. On the other hand the majority of Web pages already now is generated by database driven Web applications containing highly structured data. Triplify aims at revealing such data and make it accessible using next generation semantic technologies.\n\nTriplify is a small plugin for database driven Web applications which:\n\n * exposes RDF, Linked Data and JSON,\n * is extremely simple to configure - just provide some SQL queries, selecting the information to be exposed (i.e. ##SELECT id, name AS 'foaf:name' FROM users##),\n * is complemented by a light-weight registry for RDF data sources.\n\nWe hope Triplify will make a significant contribution to get *more* data and semantics on the Web. But Triplify needs your contribution too - please consider donating some minutes to provide a Triplify configuration for a popular Web application. Such configurations will be shared on Triplify.org to make the \"semantification\" of Web applications even for novices a *no brainer*.\n\nUltimately, when a critical mass of Web applications is equipped with semantic interfaces such as Triplify it is easy to mix-and-mash information from different web sites and search engines are able to search the Web more efficiently and to combine different keywords more intelligently. When searching e.g. for airports near Leipzig, cities in France with more than 100.000 inhabitants or digital cameras combining a large zoom with high resolution we will not have to rely on lucky hits.\n\nMore information about Triplify can be found at: http://triplify.org\n\n===Triplify Ankündigung Deutsch===\n\nDas größte Hindernis für eine umfassende Verbreitung des Semantic Web ist im Moment noch die mangelnde Verfügbarkeit von semantisch ausgezeichneten Daten, Informationen und Wissen (z.B. als RDF oder Linked Data). Andererseits wird bereits ein weitaus überwiegender Teil von Webseiten von datenbankbasierten Webanwendungen (wie CMS, Blogs, Wikis, Foren, Groupware etc.) generiert, die hochgradig strukturierte Inhalte enthalten.\n\nDie an der Universität Leipzig entwickelte Technologie - Triplify macht es nun zum Kinderspiel solche Webanwendungen zu \"semantifizieren\", also die in einer relationalen Datenbank gespeicherten Inhalte als RDF, Linked Data oder auch JSON zu publizieren. Triplify basiert auf der Definition von Datenbankabfragen, die relevante Informationen auswählen und deren Ergebnisse dann von Triplify automatisch in RDF-Statements (Triples) konvertiert und im Web publiziert werden.\n\nWurde für eine bestimmte Webapplikation, wie z.B. Wordpress, Typo3 oder Compiere, einmal eine Triplify-Konfiguration erzeugt kann diese ohne Änderung von allen weiteren Installationen dieser Webapplikation verwendet werden. Unter Triplify.org finden sich bereits einige Konfigurationen für populäre Webapplikationen (wie z.B. Wordpress, WackoWiki oder OpenConf). Damit weitere dazukommen und das Semantic Web an Fahrt gewinnt ist Triplify jedoch auf Beiträge angewiesen.\n\nSobald eine kritische Masse von Webapplikationen ihre strukturierten Daten auf diese Weise zur Verfügung stellen können Suchmaschinen wesentlich gezielter nach Informationen suchen und verschiedene Suchbegriffe intelligenter kombinieren. Bei einer Websuche z.B. nach Flughäfen in der Nähe von Leipzig, Orten in Frankreich mit mehr als 100.000 Einwohnern oder Digitalkameras mit hoher Auflösung und großem Zoom ist man dann nicht mehr auf Zufallstreffer angewiesen.\n\nMehr Informationen zu Triplify finden sich auch unter: http://Triplify.org " . . . . . "2008-03-18T15:49:49"^^ . "{{ToC}\n\n===Sent Announcements===\n * Slashdot\n * ((http://freshmeat.net/projects/triplify/ Freshmeat))\n\n===Triplify Announcement Englisch===\n\nThe largest obstacle for the uptake of the Semantic Web is still the lack of semantically represented data, information and knowledge. On the other hand the majority of Web pages already now is generated by database driven Web applications containing highly structured data. Triplify aims at revealing such data and make it accessible using next generation semantic technologies.\n\nTriplify is a small plugin for database driven Web applications which:\n\n * exposes RDF, Linked Data and JSON,\n * is extremely simple to configure - just provide some SQL queries, selecting the information to be exposed (i.e. ##SELECT id, name AS 'foaf:name' FROM users##),\n * is complemented by a light-weight registry for RDF data sources.\n\nWe hope Triplify will make a significant contribution to get *more* data and semantics on the Web. But Triplify needs your contribution too - please consider donating some minutes to provide a Triplify configuration for a popular Web application. Such configurations will be shared on Triplify.org to make the \"semantification\" of Web applications even for novices a *no brainer*.\n\nUltimately, when a critical mass of Web applications is equipped with semantic interfaces such as Triplify it is easy to mix-and-mash information from different web sites and search engines are able to search the Web more efficiently and to combine different keywords more intelligently. When searching e.g. for airports near Leipzig, cities in France with more than 100.000 inhabitants or digital cameras combining a large zoom with high resolution we will not have to rely on lucky hits.\n\nMore information about Triplify can be found at: http://triplify.org\n\n===Triplify Ankündigung Deutsch===\n\nDas größte Hindernis für eine umfassende Verbreitung des Semantic Web ist im Moment noch die mangelnde Verfügbarkeit von semantisch ausgezeichneten Daten, Informationen und Wissen (z.B. als RDF oder Linked Data). Andererseits wird bereits ein weitaus überwiegender Teil von Webseiten von datenbankbasierten Webanwendungen (wie CMS, Blogs, Wikis, Foren, Groupware etc.) generiert, die hochgradig strukturierte Inhalte enthalten.\n\nDie an der Universität Leipzig entwickelte Technologie - Triplify macht es nun zum Kinderspiel solche Webanwendungen zu \"semantifizieren\", also die in einer relationalen Datenbank gespeicherten Inhalte als RDF, Linked Data oder auch JSON zu publizieren. Triplify basiert auf der Definition von Datenbankabfragen, die relevante Informationen auswählen und deren Ergebnisse dann von Triplify automatisch in RDF-Statements (Triples) konvertiert und im Web publiziert werden.\n\nWurde für eine bestimmte Webapplikation, wie z.B. Wordpress, Typo3 oder Compiere, einmal eine Triplify-Konfiguration erzeugt kann diese ohne Änderung von allen weiteren Installationen dieser Webapplikation verwendet werden. Unter Triplify.org finden sich bereits einige Konfigurationen für populäre Webapplikationen (wie z.B. Wordpress, WackoWiki oder OpenConf). Damit weitere dazukommen und das Semantic Web an Fahrt gewinnt ist Triplify jedoch auf Beiträge angewiesen.\n\nSobald eine kritische Masse von Webapplikationen ihre strukturierten Daten auf diese Weise zur Verfügung stellen können Suchmaschinen wesentlich gezielter nach Informationen suchen und verschiedene Suchbegriffe intelligenter kombinieren. Bei einer Websuche z.B. nach Flughäfen in der Nähe von Leipzig, Orten in Frankreich mit mehr als 100.000 Einwohnern oder Digitalkameras mit hoher Auflösung und großem Zoom ist man dann nicht mehr auf Zufallstreffer angewiesen.\n\nMehr Informationen zu Triplify finden sich auch unter: http://Triplify.org " . . . . . "2008-03-18T17:11:37"^^ . "{{ToC}}\n\n===Sent Announcements===\n * Slashdot\n * ((http://freshmeat.net/projects/triplify/ Freshmeat))\n\n===Triplify Announcement Englisch===\n\nThe largest obstacle for the uptake of the Semantic Web is still the lack of semantically represented data, information and knowledge. On the other hand the majority of Web pages already now is generated by database driven Web applications containing highly structured data. Triplify aims at revealing such data and make it accessible using next generation semantic technologies.\n\nTriplify is a small plugin for database driven Web applications which:\n\n * exposes RDF, Linked Data and JSON,\n * is extremely simple to configure - just provide some SQL queries, selecting the information to be exposed (i.e. ##SELECT id, name AS 'foaf:name' FROM users##),\n * is complemented by a light-weight registry for RDF data sources.\n\nWe hope Triplify will make a significant contribution to get *more* data and semantics on the Web. But Triplify needs your contribution too - please consider donating some minutes to provide a Triplify configuration for a popular Web application. Such configurations will be shared on Triplify.org to make the \"semantification\" of Web applications even for novices a *no brainer*.\n\nUltimately, when a critical mass of Web applications is equipped with semantic interfaces such as Triplify it is easy to mix-and-mash information from different web sites and search engines are able to search the Web more efficiently and to combine different keywords more intelligently. When searching e.g. for airports near Leipzig, cities in France with more than 100.000 inhabitants or digital cameras combining a large zoom with high resolution we will not have to rely on lucky hits.\n\nMore information about Triplify can be found at: http://triplify.org\n\n===Triplify Ankündigung Deutsch===\n\nDas größte Hindernis für eine umfassende Verbreitung des Semantic Web ist im Moment noch die mangelnde Verfügbarkeit von semantisch ausgezeichneten Daten, Informationen und Wissen (z.B. als RDF oder Linked Data). Andererseits wird bereits ein weitaus überwiegender Teil von Webseiten von datenbankbasierten Webanwendungen (wie CMS, Blogs, Wikis, Foren, Groupware etc.) generiert, die hochgradig strukturierte Inhalte enthalten.\n\nDie an der Universität Leipzig entwickelte Technologie - Triplify macht es nun zum Kinderspiel solche Webanwendungen zu \"semantifizieren\", also die in einer relationalen Datenbank gespeicherten Inhalte als RDF, Linked Data oder auch JSON zu publizieren. Triplify basiert auf der Definition von Datenbankabfragen, die relevante Informationen auswählen und deren Ergebnisse dann von Triplify automatisch in RDF-Statements (Triples) konvertiert und im Web publiziert werden.\n\nWurde für eine bestimmte Webapplikation, wie z.B. Wordpress, Typo3 oder Compiere, einmal eine Triplify-Konfiguration erzeugt kann diese ohne Änderung von allen weiteren Installationen dieser Webapplikation verwendet werden. Unter Triplify.org finden sich bereits einige Konfigurationen für populäre Webapplikationen (wie z.B. Wordpress, WackoWiki oder OpenConf). Damit weitere dazukommen und das Semantic Web an Fahrt gewinnt ist Triplify jedoch auf Beiträge angewiesen.\n\nSobald eine kritische Masse von Webapplikationen ihre strukturierten Daten auf diese Weise zur Verfügung stellen können Suchmaschinen wesentlich gezielter nach Informationen suchen und verschiedene Suchbegriffe intelligenter kombinieren. Bei einer Websuche z.B. nach Flughäfen in der Nähe von Leipzig, Orten in Frankreich mit mehr als 100.000 Einwohnern oder Digitalkameras mit hoher Auflösung und großem Zoom ist man dann nicht mehr auf Zufallstreffer angewiesen.\n\nMehr Informationen zu Triplify finden sich auch unter: http://Triplify.org " . . . . . "2008-03-26T15:47:05"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n{{ToC}}
\nSponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-19T18:19:13"^^ . "===Triplify Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or 250 euros cash is kindly sponsored by ....\n\nWe envision three kinds of submissions:\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment \n * **adoptions/configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software\n * **Applications of Triplify or other Linked Data tools (e.g. ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso))) on custom Web applications** exposing a large quantity and variety of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-19T18:31:31"^^ . "===Triplify Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or 250 euros cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **adoptions/configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Applications of Triplify or other Linked Data tools (e.g. ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso))) on custom Web applications** exposing a large quantity and variety of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-19T23:36:07"^^ . "===Triplify Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or 250 euros cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **adoptions/configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Applications of Triplify or other Linked Data tools (e.g. ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso)) ) on custom Web applications** exposing a large quantity and variety of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-19T23:37:49"^^ . "===Triplify Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or €250 cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **adoptions/configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Applications of Triplify or other Linked Data tools (e.g. ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso))) on custom Web applications** exposing a large quantity and variety of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-19T23:41:13"^^ . "===Triplify Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or €250 cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **adoptions/configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications** exposing a large quantity and variety of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-19T23:44:08"^^ . "===Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or Euro 250 cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **adoptions/configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications** exposing a large quantity and variety of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T02:04:47"^^ . "===Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or Euro 250 cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission 5-10 submissions will be nominated for the price. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T02:06:40"^^ . "===Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or Euro 250 cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/wiki/main/Main/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission 5-10 submissions will be nominated for the prizes. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T03:42:24"^^ . "===Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or Euro 250 cash is kindly sponsored by ....\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission 5-10 submissions will be nominated for the prizes. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T13:54:43"^^ . "===I-Semantics 2008 Triplification Challenge===\n\n===Introduction===\n\n<##>\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Scripting Challenge which will award a prize to the most promising triplification. The prize of an iPod Touch or Euro 250 cash is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission 5-10 submissions will be nominated for the prizes. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T14:07:17"^^ . "===I-Semantics 2008 Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (first prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission 5-10 submissions will be nominated for the prizes. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T14:32:55"^^ . "===I-Semantics 2008 Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission 5-10 submissions will be nominated for the prizes. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Entries to the Triplification Challenge may be presented at the conference by their authors, however authors of Triplification Challenge submissions are not required to attend the conference personally.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T14:43:52"^^ . "===I-Semantics 2008 Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be nominated for the prizes. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T14:45:10"^^ . "===I-Semantics 2008 Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:38:21"^^ . "<#
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#>\n\n===I-Semantics 2008 Triplification Challenge===\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:38:36"^^ . "<#
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#>\n\n==I-Semantics 2008 Triplification Challenge==\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:38:52"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n====Criteria====\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n====Reviews and Judging====\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n====Submissions====\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:39:21"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n<##>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:45:23"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n\n<#
Sponsors:

 
#>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:47:38"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n\n<#
Sponsors:

 
#>\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:50:02"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:52:16"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:55:17"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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Contents

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T16:56:27"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites. The prizes of an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 cash (1st prize) and two ((http://www.apple.com/ipodnano/ iPod Nano 4GB silver)) or Euro 100 (2nd and 3rd prize) is kindly sponsored by ((http://www.openlinksw.com OpenLink Software)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T17:21:49"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 32GB)) or Euro 500 cash (1st prize)\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision three kinds of submissions:\n * **Applications of Linked Data tools** such as ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications exposing a large quantity and variety of content.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt. netServices \n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T17:30:14"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 32GB)) or Euro 500 cash (1st prize)\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing relational data structures as Linked Data\n * reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt. netServices \n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T17:36:30"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 32GB)) or Euro 500 cash (1st prize)\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud))\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt. netServices \n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T17:43:20"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 32GB)) or Euro 500 cash (1st prize)\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt. netServices \n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T18:10:20"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 32GB)) or Euro 500 cash (1st prize)\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T18:50:56"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 32GB)) or Euro 500 cash (1st prize)\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-20T18:51:26"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 32GB)) or Euro 500 cash (1st prize)\n * an ((http://www.apple.com/ipodtouch/ iPod Touch 16GB)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-22T15:23:05"^^ . "==I-Semantics 2008 Triplification Challenge==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * an ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-23T00:12:26"^^ . "<##>\n\n==I-Semantics 2008 Triplification Challenge==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * an ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-23T00:13:58"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * an ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision the following kinds of submissions:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-23T00:25:54"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
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Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * an ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * an ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * an ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * Demonstrate innovation through the expression of existing data structures as Linked Data.\n * Reasonably reuse existing vocabularies see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and bring benefits to potential users e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-23T21:35:39"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * **((http://www.apple.com/macbookair/ MacBook Air))** or Euro 1500 cash (1st prize)\n * **((http://event.asus.com/eeepc/microsites/en/ Asus EeePC))** or Euro 300 (2nd prize) \n * **((http://www.apple.com/ipodtouch/ iPod Touch 8GB))** or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in Springer LNCS format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-23T21:41:05"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)).\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-23T21:46:05"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-24T01:45:30"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-24T02:01:07"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion mailinglist))." . . . . . "2008-03-24T02:13:27"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1500 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T02:29:05"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1200 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch 8GB)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T02:34:37"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1200 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T17:43:36"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1000 cash (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T17:45:14"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission (approx. 5-10) will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T18:19:31"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T18:29:05"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T22:23:43"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-24T22:38:43"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to overcome the chicken-and-egg problem of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-25T04:11:37"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submission approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-25T04:14:51"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
{{ToC}}
Sponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-25T22:08:17"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
\n
\nPatron
Tim Berners-Lee\n
\n{{ToC}}
\nSponsors

 
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and #3rd sponsor needed#.\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-04-09T02:27:13"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n{{ToC}}
\nSponsors

 

 
\n\n
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and ((http://infai.org InfAI)).\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by the source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-06-26T15:32:18"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n{{ToC}}
\nSponsors

 

 
\n\n
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and ((http://infai.org InfAI)).\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by (a link to) the software source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-07-31T00:27:11"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n{{ToC}}
\nSponsors

 

 
\n\n
#>\n\n<#
Check out the Linking Open Data Triplification Challenge Nominations!
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and ((http://infai.org InfAI)).\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by (a link to) the software source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-09-07T19:17:26"^^ . "<##>\n\n==LOD Triplification Challenge at I-Semantics 2008==\n\n<#
\n
\nPatron
Tim Berners-Lee, W3C\n
\n{{ToC}}
\nSponsors

 

 
\n\n
#>\n\n===The Winners==\n\nThe winners were ((http://www.flickr.com/photos/30359552@N08/tags/triplificationchallenge2008/ awarded on September 5th at I-Semantics 2008)).\n\n**1.** ((http://triplify.org/Challenge/Nominations/files?get=hassanzadeh_linkedmdb.pdf Linked Movie Data Base)) by Oktie Hassanzadeh, Mariano Consens\nhttp://www.linkedmdb.org\n\n**2.** ((http://triplify.org/Challenge/Nominations/files?get=raimond_dbtune.pdf DBTune)) by Yves Raimond\nhttp://dbtune.org\n\n**3.** ((http://triplify.org/Challenge/Nominations/files?get=lephuoc_swpipes.pdf Semantic Web Pipes Demo)) by Danh Le Phuoc\nhttp://pipes.deri.org\n\n\n<#
Check out all Linking Open Data Triplification Challenge Nominations!
#>\n\n===Introduction===\n\nThe ((http://www.i-semantics.at/ I-Semantics 2008)) includes a LinkingOpenData Triplification Challenge which will award three prizes to the most promising triplifications of existing Web applications, Websites and data sets. The prizes are:\n\n * ((http://www.apple.com/macbookair/ MacBook Air)) or Euro 1.000 (1st prize)\n * ((http://event.asus.com/eeepc/microsites/en/ Asus EeePC)) or Euro 300 (2nd prize) \n * ((http://www.apple.com/ipodtouch/ iPod Touch)) or Euro 200 (3rd prize) \n\nThe prizes are kindly sponsored by ((http://www.openlinksw.com OpenLink Software)) and ((http://www.punkt.at Punkt.NetServices)) and ((http://infai.org InfAI)).\n\nFor the success of the Semantic Web it is from our point of view crucial to **overcome the chicken-and-egg problem** of missing semantic representations on the Web and the lack of their evaluation by standard search engines. One way to tackle this problem (some might say the only one) is to reveal and expose existing structured (relational) representations, which are already backing most of the existing Web sites. The Triplification challenge aims to expedite this process by raising awareness and showcasing best practices.\n\nWe envision submissions such as:\n * **Applications of Linked Data tools and techniques** such as for example ((http://Triplify.org Triplify)), ((http://virtuoso.openlinksw.com/ Virtuoso)) or ((http://sites.wiwiss.fu-berlin.de/suhl/bizer/d2r-server/index.html D2RQ)) on custom Web applications and data sets exposing a large quantity and variety of content.\n * **Implementations of exporters and mappers** from existing content repository formats (such as mbox mailing list archives, ~BibTeX, XML-Schemes etc.) into RDF and Linked Data.\n * **Adoptions / configurations of ((http://Triplify.org Triplify)) for standard Web applications**, such as for example Wikis, Weblogs, Webshops, Forums, Web-Gallery, ERP/CRM systems and Web-calendar software. You can find popular Web applications for example at ((http://sourceforge.net/search/index.php?words=trove%3A%2892+645+96+644+95+94+663+668+651%29&sort=num_downloads&sortdir=desc&offset=0&type_of_search=soft&pmode=0&form_cat=18 SourceForge)).\n * **Portings of the Triplify script** into other Web application programming languages such as Python, Ruby, Perl, ASP. The Triplify script is very small (<300 lines of code) however, the port should be as compatible as possible with the current reference implementation but integrate well with the environment given by the programming language.\n * **Applications showcasing the benefits of Linked Data to end-users** such as for information syndication, specialized search, browsing or augmentation of content.\n\nThe challenge is open to anyone interested in applying Semantic Web and Linked Data technologies. This might include students, developers, researchers, and people from industry. Individual or group submissions are both acceptable.\n\n===Criteria===\n\nEntries will be assessed according to the extent to which they:\n\n * **Demonstrate innovation** through the expression of existing data structures as Linked Data.\n * Reasonably **reuse existing vocabularies** see ((Documentation)) and alignment ontologies (e.g. ((http://DBpedia DBpedia)) or the datasets from the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData LinkingOpenData cloud)).\n * Highlight the technical capabilities of a Semantic Web and **bring benefits to potential users** e.g. by on exposing data which facilitates usage and applications with an high impact.\n\nAll three criteria will be given equal importance in selecting the winning entry. In the event of a tie, the entry deemed to bring greatest benefits to potential users will be awarded the prize.\n\n===Reviews and Judging===\n\nSubmissions to the Triplification Challenge will be reviewed by members of the I-Semantics Programme Committee and invited experts from the Linked Data community. Based on the reviews and the number of submissions approximately 5 to 10 submissions will be **nominated for the prizes**. A final decision will be made by the Organising Committee, based on the reviews by Programme Committee members.\n\n===Submissions===\n\nSubmissions should consist of a 2 page description (in ((http://triple-i.tugraz.at/about/style_guide JUCS)) format) of the application, accompanied by (a link to) the software source code and a link to an online demo. The descriptions should be submitted electronically via email to ((mailto:auer@informatik.uni-leipzig.de?subject=Triplification+Challenge+Submission Sören Auer)) (with the subject ##Triplification Challenge Submission##) by June 30th, 2008. Descriptions of nominated submissions will be included in the conference proceedings. Nominations for the Triplification Challenge should be presented at the conference by their authors. Under certain circumstances (e.g. undergraduate student or open-source community contribution) the conference fee will be waived for a nominee on special request.\n\n===Organizing Committee==\n * ((http://www.informatik.uni-leipzig.de/~auer/ Sören Auer)), ((http://aksw.org AKSW)), Universität Leipzig\n * ((http://www.bizer.de Chris Bizer)), FU-Berlin\n * ((http://www.w3.org/People/Ivan/ Ivan Herman)), W3C\n * ((http://www.openlinksw.com/blog/~kidehen/ Kingsley Idehen)), ~OpenLink Software\n * ((http://punkt.at/index.php?main=4&id=1 Andreas Koller)), punkt.~netServices \n * ((http://www.boabinteractive.com.au/people/david/ David Peterson)), Drupal community and ~BoaB interactive\n\n===Contact and Further Information===\n\nIn the event of any inquiries regarding the Triplification Challenge, please contact ((mailto:auer@informatik.uni-leipzig.de Sören Auer)). For technical information please consult the ((http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects/LinkingOpenData W3C SWEO LinkingOpenData Wiki)), ((http://www.w3.org/DesignIssues/LinkedData.html Tim Berners-Lee's Design Issues)), the ((/Overview Triplify web site)), the ((http://www4.wiwiss.fu-berlin.de/bizer/pub/LinkedDataTutorial/ Linked Data Tutorial)), ((http://virtuoso.openlinksw.com/Whitepapers/pdf/Deploying_Linked_Data_Final1.pdf Linked Data using OpenLink Virtuoso)) and use the ((http://lists.sourceforge.net/mailman/listinfo/triplify-discussion Triplify discussion)) & ((http://simile.mit.edu/mailman/listinfo/linking-open-data LOD)) mailinglists." . . . . . "2008-03-27T19:57:11"^^ . "==Graphics and Buttons==\n\nFeel free to use those graphics on your websites, wikis and weblogs.\n\n===Triplify Logo===\n\n<#\n\n#>\n" . . . . . "2008-03-27T20:05:46"^^ . "==Graphics and Buttons==\n\nFeel free to use those graphics on your websites, wikis and weblogs.\n\n===Triplify Logo===\n\n<#\n\n#>\n" . . . . . "2008-03-27T20:12:50"^^ . "==Graphics and Buttons==\n\nFeel free to use those graphics on your websites, wikis and weblogs.\n\n===Triplify Logo===\n\n<#\n\n#>\n\nThe Triplify logo is licenced under ((http://creativecommons.org/licenses/by-nd/3.0/ Creative Commons BY-ND))\n" . . . . . "2008-03-27T21:11:01"^^ . "==Graphics and Buttons==\n\nFeel free to use those graphics on your websites, wikis and weblogs.\n\n===Triplify Buttons===\n\n * <# \"Triplified, \"Triplified, \"Triplified, \"Triplified, \"Triplified, \"Triplify,
#>((http://triplify.svn.sourceforge.net/viewvc/triplify/graphic/button/square/ square sized buttons)) as PNG in different colors with sizes between 16px and 512px, use the ((http://triplify.svn.sourceforge.net/viewvc/*checkout*/triplify/graphic/button/square/triplified_scalable.svg scalable SVG version)) for your own derivations\n\n===Triplify Logo===\n\n<#\n\n#>\n\nThe Triplify logo is licenced under ((http://creativecommons.org/licenses/by-nd/3.0/ Creative Commons BY-ND))\n" . . . . . "2008-03-27T21:14:13"^^ . "==Graphics and Buttons==\n\nFeel free to use those graphics on your websites, wikis and weblogs.\n\n===Triplify Buttons===\n\n * <# \"Triplified, \"Triplified, \"Triplified, \"Triplified, \"Triplified, \"Triplify,
#>((http://triplify.svn.sourceforge.net/viewvc/triplify/graphic/button/square/ square sized buttons)) as PNG in different colors with sizes between 16px and 512px, use the ((http://triplify.svn.sourceforge.net/viewvc/*checkout*/triplify/graphic/button/square/triplified_scalable.svg scalable SVG version)) for your own derivations\n\nThe buttons are licenced under ((http://creativecommons.org/licenses/by/3.0/ Creative Commons BY)).\n\n===Triplify Logo===\n\n<#\n\n#>\n\nThe Triplify logo is licenced under ((http://creativecommons.org/licenses/by-nd/3.0/ Creative Commons BY-ND)).\n" . . . . . "2008-06-19T15:53:14"^^ . "==Triplify phpBB Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n===Properties===\n\n" . . . . . "2008-06-19T15:54:57"^^ . "==Triplify phpBB Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\ntest\n\n===Properties===\n\n" . . . . . "2008-06-23T14:01:05"^^ . "==Triplify phpBB Vocabulary==\n\n{{ToC}}\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\ntest\n\n===Properties===\n\n" . . . . . "2008-06-20T10:14:03"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\ntest\n\n===Properties===\n" . . . . . "2008-06-21T21:08:44"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\ntest\n\n===Properties===\n\nProperty: ecommerce:fax\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/\n" . . . . . "2008-06-23T09:54:18"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\ntest\n\n===Properties===\n\nProperty: ecommerce:fasx\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/\n" . . . . . "2008-06-23T11:47:08"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\nClass: ecommerce\n\n===Properties===\n\n%%Property: ecommerce:fax\n\n fax - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/%%\nfax////" . . . . . "2008-06-23T11:48:17"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\nClass: ecommerce\n\n===Properties===\n\n%%Property: ecommerce:fax\n\n//// fax //// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/%%\n" . . . . . "2008-06-23T11:49:14"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\nClass: ecommerce\n\n===Properties===\n\n%%Property: ecommerce:fax\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/%%\n\n" . . . . . "2008-06-23T11:51:54"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n%%Property: ecommerce:fax\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/%%\n\n" . . . . . "2008-06-23T11:59:55"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n%%Property: ecommerce:fax\n\nfax - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/%%\n\n" . . . . . "2008-06-23T12:02:04"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n%%Property: ecommerce:fax\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\nStatus:Testing\nDomain: http://triplify.org/vocabulary/oscommerce/%%\n\n" . . . . . "2008-06-23T12:43:11"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n%%Property: ecommerce:fax\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\n**Status**:Testing\n**Domain**: http://triplify.org/vocabulary/oscommerce/%%\n\n" . . . . . "2008-06-23T12:47:15"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\nProperty: ecommerce:fax\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\n**Status**:Testing\n**Domain**: http://triplify.org/vocabulary/oscommerce/\n\n" . . . . . "2008-06-23T13:40:14"^^ . "==Triplify osCommerce Vocabulary==\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====Property: fax====\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\n**Status**: Testing\n**Domain**: http://triplify.org/vocabulary/oscommerce/\n\n" . . . . . "2008-06-23T13:40:28"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n====Used external vocabularies====\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====Property: fax====\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\n**Status**: Testing\n**Domain**: http://triplify.org/vocabulary/oscommerce/\n\n" . . . . . "2008-06-23T13:40:44"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====Property: fax====\n\n//fax// - The \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\n**Status**: Testing\n**Domain**: http://triplify.org/vocabulary/oscommerce/\n\n" . . . . . "2008-06-23T13:41:55"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====fax====\n\nThe \"fax\" describes a connection to a terminal that can handle telefaxes (facsimiles). The name (scheme specifier) for the URL is \"fax\" as recommended by [E.123].\n\n**Status**: Testing\n**Domain**: http://triplify.org/vocabulary/oscommerce/\n\n" . . . . . "2008-06-23T17:23:03"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected \n**Status**: Testing\n\n\n" . . . . . "2008-06-23T17:24:01"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n" . . . . . "2008-06-23T18:05:00"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows tha final price of all products being added in basket and will be paid.\n**Status**: Testing\n" . . . . . "2008-06-23T18:58:14"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows tha final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n\n===last_login===\nLast date on which the user was seen on line.\n" . . . . . "2008-06-23T18:58:34"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows tha final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n\n====last_login====\nLast date on which the user was seen on line.\n" . . . . . "2008-06-23T19:12:53"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows tha final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n\n====last_login====\nLast date on which the user was seen on line.\n" . . . . . "2008-06-23T19:13:41"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows tha final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n\n====last_login====\nLast date on which the user or customer was seen on line.\n" . . . . . "2008-06-24T13:41:50"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n\n====last_login====\nLast date on which the user or customer was seen on line.\n" . . . . . "2008-06-24T17:43:23"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n\n====last_login====\nLast date on which the user or customer was seen on line.\n\n\n=====num_ordered=====\nShows the number of ordered items, products, etc." . . . . . "2008-06-24T17:43:44"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n\n====last_login====\nLast date on which the user or customer was seen on line.\n\n\n====num_ordered====\nShows the number of ordered items, products, etc." . . . . . "2008-06-25T11:10:27"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n" . . . . . "2008-06-25T11:20:21"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Inbasket====\nThe \"num_Inbasket\" describes a quantity of products being selected.\n**Status**: Testing\n\n====total====\n\nThe “total” shows the final price of all products being added in basket and will be paid.\nStatus: Testing" . . . . . "2008-06-25T12:30:50"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Inbasket\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\n\nThe “total” shows the final price of all products being added in basket and will be paid.\nStatus: Testing" . . . . . "2008-06-25T12:31:15"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\n\nThe “total” shows the final price of all products being added in basket and will be paid.\nStatus: Testing" . . . . . "2008-06-25T16:49:46"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\n\nThe “total” shows the final price of all products being added in basket and will be paid.\nStatus: Testing\n\n====price====\n\nShows the value of a product in currency." . . . . . "2008-07-07T18:03:51"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\n\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\n\nShows the value of a product in currency.\n**Status**: Testing" . . . . . "2008-07-07T18:36:30"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_Weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product." . . . . . "2008-07-08T12:44:19"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_Weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing" . . . . . "2008-07-14T10:20:22"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_Weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews====\nThis property usually comes with two attributes. One giving a short textual description of the product or service and one rating the same product or service. The rating value must have a scale in order to be properly. " . . . . . "2008-07-14T10:21:10"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_Weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews====\nThis property usually comes with two attributes. One giving a short textual description of the product or service and one rating the same product or service. The rating value must have a scale in order to be properly.\n**Status**: Testing" . . . . . "2008-07-14T10:24:06"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_Weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with two attributes. One giving a short textual description of the product or service and one rating the same product or service. The rating value must have a scale in order to be properly.\n**Status**: Testing" . . . . . "2008-07-14T11:43:27"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_Weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-07-14T11:44:10"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-07-31T16:32:46"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at:\n\nhttp://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from:\n\nhttp://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-07-31T16:49:13"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available.\n**Status**: Testing\n\n====total====\nThe “total” shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-08-01T17:24:05"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item.\n**Status**: Testing\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected currency.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-08-02T14:40:02"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item.\n**Status**: Testing\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)). \n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-08-02T15:00:41"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item.\n**Status**: Testing\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-08-02T23:11:28"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-08-02T23:57:57"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-08-03T00:02:57"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing" . . . . . "2008-08-03T00:06:12"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-04T09:43:39"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Demo Site===\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-05T22:03:25"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-07T09:18:23"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small ((http://triplify.org/files/shot.bmp screen shot))\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-07T09:35:00"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triplify)) and installer.\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-07T09:36:23"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and installer.\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-07T09:39:51"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product order. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-07T09:43:19"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid.\n**Status**: Testing\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-07T09:45:43"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency)).\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-07T09:46:16"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency datatype)).\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-20T16:48:52"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-25T18:28:45"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nYou can also download a patch for you osCommerce installation.\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-08-25T20:45:28"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nYou can also download a ((http://triplify.org/files/patch.zip patch)) for you osCommerce installation.\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-11-06T16:06:53"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nYou can also download a ((http://triplify.org/files/patch.zip patch)) for you osCommerce installation.\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n====Product====\nA Product or Service Model is an intangible entity that specifies some characteristics of a group of similar, usually mass-produced Products.\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-11-06T16:16:59"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nYou can also download a ((http://triplify.org/files/patch.zip patch)) for you osCommerce installation.\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n====Product====\nA Product is an elusive entity that specifies some characteristics of a group of similar, usually mass-produced Products.\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-11-10T17:58:10"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nYou can also download a ((http://triplify.org/files/patch.zip patch)) for you osCommerce installation.\n\nTriplify is now available in osCommerce ((http://addons.oscommerce.com/info/6341 Add-Ons))\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n====Product====\nA Product is an elusive entity that specifies some characteristics of a group of similar, usually mass-produced Products.\n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-11-17T12:30:11"^^ . "==Triplify osCommerce Vocabulary==\n\n{{ToC}}\n\n===Download and Demo Site===\n\nA modified osCommerce version with integrated Triplify can be obtained ((http://triplify.org/files/oscommerce-2.2rc2a.zip here)).\n\nSee a small screen shot from ((http://triplify.org/files/shot.bmp triples)) and ((http://triplify.org/files/shotinst.bmp installer)).\n\nYou can also download a ((http://triplify.org/files/patch.zip patch)) for you osCommerce installation.\n\nTriplify is now available in osCommerce ((http://addons.oscommerce.com/info/6341 Add-Ons))\n\nA demo osCommerce site is available at: http://triplify.org/oscommerce/catalog/\n\nThe RDF can be obtained from: http://triplify.org/oscommerce/catalog/triplify\n\n\n===Used external vocabularies===\nSIOC, DC, SKOS, VCARD, GoodRelations etc.\n\n===Classes===\n\n====Product====\nA Product is an elusive entity that specifies some characteristics of a group of similar, usually mass-produced Products.\n\n====Newsletter====\nRepresents usually an online Magazine with the new Products and Offers. \n\n===Properties===\n\n====num_Product====\nThe \"num_Product\" describes a quantity of products remaining or available for an Item. Useful for more than one product purchase. \n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====total====\nThe \"total\" shows the final price of all products being added in basket and will be paid. \n**Status**: Testing\nRange: ((http://triplify.org/vocabulary/oscommerce/currency/ currency))\n\n====price====\nShows the value of a product in the selected ((http://triplify.org/vocabulary/oscommerce/currency/ currency)) datatype.\n**Status**: Testing\n\n====products_weight====\nThis property specifies the weight of a product in order to give information for the transport price of this product.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#decimal xsd:decimal))\n\n====reviews_rating====\nThis property usually comes in compination with reviews_text. The rating value must have a scale, in order to be properly. It shows how a customer find a product according to it´s quality.\n**Status**: Testing\nRange: ((http://www.w3.org/2001/XMLSchema#integer xsd:integer))\n\n====reviews_text====\nProperty which gives a short textual description of the product or service. It is usually used in compination with reviews_rating in order to justify the rating.\n**Status**: Testing\nRange: ((http://www.w3.org/2000/01/rdf-schema#Literal rdfs:Literal))" . . . . . "2008-06-25T17:53:49"^^ . "%%\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacture'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false; //for registering bei triplify.ord set it to true\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-06-25T17:57:09"^^ . "=====Triplify Configuration for ~osCommerce-2.2rc2a=====\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacture'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false; //for registering bei triplify.ord set it to true\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-06-25T18:07:32"^^ . "=====Triplify Configuration for ~osCommerce-2.2rc2a=====\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacture'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false; //for registering bei triplify.ord set it to true\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-06-25T18:07:58"^^ . "==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacture'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false; //for registering bei triplify.ord set it to true\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-06-25T18:11:29"^^ . "http://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacture'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false; //for registering bei triplify.ord set it to true\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-06-25T18:18:14"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacture'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false; //for registering bei triplify.ord set it to true\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-02T13:41:30"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacture'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false;\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-02T13:43:47"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=false;\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-02T13:55:16"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model, products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true; /*register by (http://triplify.org/Registry)*/\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-07T17:43:41"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n 'eclassowl'=>'http://www.heppnetz.de/ontologies/goodrelations/v1',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model 'eclassowl:hasMakeAndModel', products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'dcterms:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true; /*register by (http://triplify.org/Registry)*/\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-07T18:12:18"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n 'eclassowl'=>'http://www.heppnetz.de/ontologies/goodrelations/v1',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model 'eclassowl:hasMakeAndModel', products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', products_weight,\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'eclassowl:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true; /*register by (http://triplify.org/Registry)*/\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-07T18:39:11"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n 'eclassowl'=>'http://www.heppnetz.de/ontologies/goodrelations/v1',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model 'eclassowl:hasMakeAndModel', products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', \n products_weight 'products_Weight',\n manufacturers_id, products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'eclassowl:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true; /*register by (http://triplify.org/Registry)*/\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-07T18:39:56"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n 'eclassowl'=>'http://www.heppnetz.de/ontologies/goodrelations/v1',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model 'eclassowl:hasMakeAndModel', products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', \n products_weight 'products_Weight',\n products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'eclassowl:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true; /*register by (http://triplify.org/Registry)*/\n\n$triplify['TTL']=0;\n\n$triplify['cachedir']='../catalog/includes/functions/cache/';\n\n$triplify['LinkedDataDepth']='0';\n\n$triplify['CallbackFunctions']=array(\n);\n?>\n%%" . . . . . "2008-07-07T18:42:03"^^ . "==osCommerce==\nosCommerce is a e-commerce community. More information can be found at:\nhttp://www.oscommerce.org/\n\n==Triplify Configuration for ~osCommerce-2.2rc2a==\n%%(php)\n'http://triplify.org/vocabulary/oscommerce#',\n 'rdf'=>'http://www.w3.org/1999/02/22-rdf-syntax-ns#',\n 'rdfs'=>'http://www.w3.org/2000/01/rdf-schema#',\n 'owl'=>'http://www.w3.org/2002/07/owl#',\n 'foaf'=>'http://xmlns.com/foaf/0.1/',\n 'sioc'=>'http://rdfs.org/sioc/ns#',\n 'sioctypes'=>'http://rdfs.org/sioc/types#',\n 'dc'=>'http://purl.org/dc/elements/1.1/',\n 'dcterms'=>'http://purl.org/dc/terms/',\n 'skos'=>'http://www.w3.org/2004/02/skos/core#',\n 'tag'=>'http://www.holygoat.co.uk/owl/redwood/0.1/tags/',\n 'xsd'=>'http://www.w3.org/2001/XMLSchema#',\n 'vcard'=>'http://www.w3.org/2001/vcard-rdf/3.0/',\n 'eclassowl'=>'http://www.heppnetz.de/ontologies/goodrelations/v1',\n);\n\n$triplify['queries']=array(\n\n 'category'=>array( \"SELECT categories_id id, parent_id AS 'sioc:has_parent',\n date_added 'dcterms:created^^xsd:date',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM categories\" ,\n \"SELECT categories_id id, categories_name 'dcterms:title'\n FROM categories_description\"\n ),\n\n 'manufacturer'=>array(\"SELECT manufacturers_id id, manufacturers_name 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n last_modified 'dcterms:modified^^xsd:dateTime'\n FROM manufacturers\",\n \"SELECT manufacturers_id id, manufacturers_url 'foaf:homepage',\n date_last_click 'dcterms:date^^xsd:date'\n FROM manufacturers_info\"\n ),\n\n 'product'=>array(\"SELECT products_id id, products_quantity 'num_Product',\n products_model 'eclassowl:hasMakeAndModel', products_price 'price^^xsd:float',\n products_date_added 'dcterms:dateSubmitted^^xsd:date',\n products_last_modified 'dcterms:modified^^xsd:dateTime',\n products_date_available 'dcterms:issue^^xsd:date', \n products_weight 'products_Weight',\n products_tax_class_id 'belongsToTax=>tax'\n FROM products\",\n \"SELECT products_id id, products_name 'dcterms:title',\n products_description 'eclassowl:description',\n products_url 'foaf:homepage', products_viewed 'sioc:num_views'\n FROM products_description\",\n \"SELECT products_id id, categories id 'belongsToCategory=>category'\n FROM products_to_categories\"\n ),\n\n 'banner'=>\"SELECT banners_id id, banners_title 'dc:title', banners_url 'foaf:homepage',\n date_added 'dcterms:dateSubmitted', date_status_change 'dcterms:modified',\n date_added 'dcterms:dateSubmitted^^xsd:date',\n expires_date\n FROM banners\" ,\n\n 'newsletter'=>\"SELECT newsletters_id id, title 'dcterms:title',\n date_added 'dcterms:dateSubmitted^^xsd:dateTime',\n FROM newsletters\",\n \n 'special'=>\"SELECT specials_id id, products_id 'belongsToProduct=>product',\n specials_new_products_price 'price^^xsd:float',\n specials_date_added 'dcterms:date^^xsd:date',\n specials_last_modified 'dcterms:modified^^xsd:dateTime',\n expires_date\n FROM specials\",\n\n 'tax'=>\"SELECT tax_class_id id, tax_class_title 'dcterms:title',\n tax_class_description 'dcterms:description',\n last_modified 'dcterms:modified^^xsd:date', date_added 'dcterms:date^^xsd:date'\n FROM tax_class\",\n\n);\n\n\n$triplify['classMap']=array(\n\n 'category'=>'skos:Concept',\n 'manufacture'=>'sioc:Space',\n 'banner'=>'sioc:Site',\n);\n\n$triplify['license']='http://creativecommons.org/licenses/by/3.0/us/';\n\n$triplify['register']=true; /*register by (http://triplify.org/Registry)*/\n\n$