Difference between revisions of "PapersQ4"
Jump to navigation
Jump to search
| Line 3: | Line 3: | ||
{{#ask: [[Category:Paper]] [[Has problem::Transforming Relational Databases into Semantic Web]] [[Event in series::<q> [[Category:Event series]] [[Has CORE2017 Rank::A*||A]] </q>]] | {{#ask: [[Category:Paper]] [[Has problem::Transforming Relational Databases into Semantic Web]] [[Event in series::<q> [[Category:Event series]] [[Has CORE2017 Rank::A*||A]] </q>]] | ||
|mainlabel=Paper | |mainlabel=Paper | ||
| + | |?has authors= Authors | ||
| ?Event in series = Venue | | ?Event in series = Venue | ||
| ?Has year= year | | ?Has year= year | ||
Revision as of 16:04, 11 July 2018
We found the following papers:
| Paper | Authors | Venue | year | abstract | conclusion | future work |
|---|---|---|---|---|---|---|
| D2RQ – Treating Non-RDF Databases as Virtual RDF Graphs | Andy Seaborne Christian Bizer | ISWC | 2004 | As Semantic Web technologies are getting mature, there is a growing need for RDF applications to access the content of huge, live, non-RDF, legacy databases without having to replicate the whole database into RDF. In this poster we present D2RQ, a declarative language to describe mappings between application-specific relational database schemata and RDF-S/OWL ontologies. D2RQ allows RDF applications to treat non-RDF relational data bases as virtual RDF graphs, which can be queried using RDQL. | D2RQ offers a flexible, easy-to-use access mechanism to non-RDF databases. It allows the integration of legacy databases into the data access architecture currently standardized by the W3C Data Access Working Group | No future work exists. |
Do you think that items on this page are out of date? You can clean its cache to manually update all dynamic parts to the latest data from the wiki.