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sebastian's BibTeX entry:  

DLDB: Extending Relational Databases to Support Semantic Web Queries

2004.
Authors: Zhengxiang Pan and Jeff Heflin
Tags: dbowl minor reasoning soeren unprinted
Abstract: We present DLDB, a knowledge base system that extends a relational database management system with additional capabilities for DAML+OIL inference. We discuss a number of database schemas that can be used to store RDF data and discuss the tradeoffs of each. Then we describe how we extend our design to support DAML+OIL entailments. The most significant aspect of our approach is the use of a description logic reasoner to precompute the subsumption hierarchy. We describe a lightweight implementation that makes use of a common RDBMS (MS Access) and the FaCT description logic reasoner. Surprisingly, this simple approach provides good results for extensional queries over a large set of DAML+OIL data that commits to a representative ontology of moderate complexity. As such, we expect such systems to be adequate for personal or small-business usage.
| BibTeX  
@article{citeulike:798231,
title = {DLDB: Extending Relational Databases to Support Semantic Web Queries},
author = {Zhengxiang Pan and Jeff Heflin},
institution = {Technical Report LU-CSE-04-006},
organization = {Dept. of Computer Science and Engineering, Lehigh University},
year = {2004},
abstract = {We present DLDB, a knowledge base system that extends a relational database management system with additional capabilities for DAML+OIL inference. We discuss a number of database schemas that can be used to store RDF data and discuss the tradeoffs of each. Then we describe how we extend our design to support DAML+OIL entailments. The most significant aspect of our approach is the use of a description logic reasoner to precompute the subsumption hierarchy. We describe a lightweight implementation that makes use of a common RDBMS (MS Access) and the FaCT description logic reasoner. Surprisingly, this simple approach provides good results for extensional queries over a large set of DAML+OIL data that commits to a representative ontology of moderate complexity. As such, we expect such systems to be adequate for personal or small-business usage.},
priority = {2}, citeulike-article-id = {798231},
keywords = {dbowl minor reasoning soeren unprinted }
}