@prefix rdf: . @prefix sioct: . rdf:type sioct:Comment . @prefix atom: . rdf:type atom:Entry . @prefix ns3: . @prefix foaf: . ns3:this rdf:type foaf:Person . rdf:type sioct:Weblog , atom:Feed . @prefix rdfs: . rdfs:label "kidehen@openlinksw.com's BLOG [127] description" . rdf:type atom:Entry , sioct:BlogPost . @prefix dc: . dc:title "BBC Linked Data Meshup In 3 Steps" ; foaf:maker ns3:this ; rdfs:label "BBC Linked Data Meshup In 3 Steps" . @prefix dt: . @prefix dcterms: . dcterms:created "2009-06-12T14:09:08-04:00"^^dt:dateTime ; dcterms:modified "2009-06-12T16:38:34.000046-04:00"^^dt:dateTime . @prefix sioc: . sioc:id "bc0732353c21131b4ebb62dd21d8c832" ; sioc:link ; sioc:content "Situation Analysis:\nDr. Dre is one of the artists in the Linked Data Space we host for the BBC. He is also referenced in music oriented data spaces such as DBpedia, MusicBrainz and Last.FM (to name a few). \n\nChallenge:\nHow do I obtain a holistic view of the entity "Dr. Dre" across the BBC, MusicBrainz, and Last.FM data spaces? We know the BBC published Linked Data, but what about Last.FM and MusicBrainz? Both of these data spaces only expose XML or JSON data via REST APIs?\n\nSolution:\nSimple 3 step Linked Data Meshup courtesy of Virtuoso's in-built RDFizer Middleware "the Sponger" (think ODBC Driver Manager for the Linked Data Web) and its numerous Cartridges (think ODBC Drivers for the Linked Data Web). \n\nSteps:\n\n\nGo to Last.FM and search using pattern: Dr. Dre (you will end up with this URL: http://www.last.fm/music/Dr.+Dre)\n\nGo to the Virtuoso powered BBC Linked Data Space home page and enter: http://bbc.openlinksw.com/about/html/http://www.last.fm/music/Dr.+Dre\n\nGo to the BBC Linked Data Space home page and type full text pattern (using default tab): Dr. Dre, then view Dr. Dre's metadata via the Statistics Link.\n\n\n\nWhat Happened?\nThe following took place:\n\n\nVirtuoso Sponger sent an HTTP GET to Last.FM\n\nDistilled the "Artist" entity "Dr. Dre" from the page, and made a Linked Data graph\n\n\nInverse Functional Property and sameAs reasoning handled the Meshup (augmented graph from a conjunctive query processing pipeline)\nLinks for "Dr. Dre" across BBC (sameAs), Last.FM (seeAlso), via DBpedia URI. \n\n\nThe new enhanced URI for Dr. Dre now provides a rich holistic view of the aforementioned "Artist" entity. This URI is usable anywhere on the Web for Linked Data Conduction :-)\n\n\nRelated (as in NearBy)\n\n\n Augmenting Last.fm Data with BBC data on the Talis Platform\n\n" ; atom:title "BBC Linked Data Meshup In 3 Steps" . @prefix ns10: . sioc:has_creator ns10:this ; sioc:has_container ; sioc:links_to . @prefix dbpedia: . sioc:links_to dbpedia:Open_Database_Connectivity , , . @prefix ns12: . sioc:links_to ns12:Data_Spaces , . @prefix ns13: . sioc:links_to ns13:VirtSponger , dbpedia:Resource_Description_Framework . @prefix ns14: . sioc:links_to ns14:this , , dbpedia:Uniform_Resource_Locator , dbpedia:Linked_Data , dbpedia:DBpedia , , , dbpedia:Giant_Global_Graph , dbpedia:Entity , dbpedia:BBC ; atom:source ; atom:author ns3:this ; atom:published "2009-06-12T18:09:08Z" ; atom:updated "2009-06-12T20:38:34Z" ; sioc:has_reply , . @prefix opl: . opl:isDescribedUsing . ns10:this rdf:type sioc:User . rdf:type atom:Entry , sioct:Comment . @prefix rdf: . @prefix atom: . rdf:type atom:Entry . @prefix sioct: . rdf:type sioct:Comment . @prefix sioc: . sioc:reply_of . @prefix ns4: . @prefix foaf: . ns4:this rdf:type foaf:Person ; foaf:made . rdf:type atom:Feed , sioct:Weblog . @prefix rdfs: . rdfs:label "kidehen@openlinksw.com's BLOG [127] description" ; sioc:container_of ; atom:entry ; atom:contains . @prefix ns7: . ns7:this rdf:type sioc:User ; sioc:creator_of . rdf:type sioct:Comment , atom:Entry ; sioc:reply_of .