This paper describes the design of Clustered TDB, a clustered triple store designed to store and query very large quantities of Resource Description Framework (RDF) data. It presents an evaluation of an initial prototype, showing that Clustered TDB offers excellent scaling characteristics with respect to load times and query throughput. Design decisions are justified in the context of a literature review on Database Management System (DBMS) and RDF store clustering, and it is shown that many techniques created during the course of DBMS research are applicable to the problem of storing RDF data
Due to the expansion of semantic web technologies, Resource Description frameworks (RDFs) and triple...
Background: Semantic Web technologies have been developed to overcome the limitations of the current...
This paper describes an evolution of the 3store RDF storage system, extended to provide a SPARQL que...
With the growth of the Semantic Web, the availability of RDF datasets from multiple domains as Link...
One of the prime goals of the LOD2 project is improving the performance and scalability of RDF stora...
Storing data in RDF format helps in simpler data interchange among different researchers compared to...
Built specifically for the Semantic Web, triple stores are required to accommodate a large number of...
The Resource Description Framework (RDF) data presentation model and the SPARQL query language have ...
The capability of semantic technology leads to adaption of semantic technology to multiple applicati...
With the data on the Web growing exponentially, the World Wide Web Consortium has proposed semantic ...
As more and more data is provided in RDF format, storing huge amounts of RDF data and efficiently pr...
As more and more data is provided in RDF format, storing huge amounts of RDF data and efficiently pr...
Abstract. As more and more data is provided in RDF format, storing huge amounts of RDF data and effi...
This paper reports on the results of an independent evaluation of the techniques presented in the V...
The flexibility of the RDF data model has attracted an in-creasing number of organizations to store ...
Due to the expansion of semantic web technologies, Resource Description frameworks (RDFs) and triple...
Background: Semantic Web technologies have been developed to overcome the limitations of the current...
This paper describes an evolution of the 3store RDF storage system, extended to provide a SPARQL que...
With the growth of the Semantic Web, the availability of RDF datasets from multiple domains as Link...
One of the prime goals of the LOD2 project is improving the performance and scalability of RDF stora...
Storing data in RDF format helps in simpler data interchange among different researchers compared to...
Built specifically for the Semantic Web, triple stores are required to accommodate a large number of...
The Resource Description Framework (RDF) data presentation model and the SPARQL query language have ...
The capability of semantic technology leads to adaption of semantic technology to multiple applicati...
With the data on the Web growing exponentially, the World Wide Web Consortium has proposed semantic ...
As more and more data is provided in RDF format, storing huge amounts of RDF data and efficiently pr...
As more and more data is provided in RDF format, storing huge amounts of RDF data and efficiently pr...
Abstract. As more and more data is provided in RDF format, storing huge amounts of RDF data and effi...
This paper reports on the results of an independent evaluation of the techniques presented in the V...
The flexibility of the RDF data model has attracted an in-creasing number of organizations to store ...
Due to the expansion of semantic web technologies, Resource Description frameworks (RDFs) and triple...
Background: Semantic Web technologies have been developed to overcome the limitations of the current...
This paper describes an evolution of the 3store RDF storage system, extended to provide a SPARQL que...