Ulysses is an intelligent TPF client that takes advantage of replicated datasets to distribute the load of SPARQL query processing and provides fault-tolerance. By reducing the load on a TPF server, Ulysses improves the Linked Data availability and distributes the financial costs of queries execution among data providers. This demonstration presents the Ulysses web client and shows how users can run SPARQL queries in their browsers against TPF servers hosting replicated data. It also provides various visualizations that show in real-time how Ulysses performs the actual load distribution and adapts to network conditions during SPARQL query processing
To unlock the full potential of Linked Data sources, we need flexible ways to query them. Public spa...
Low reliability and availability of public SPARQL endpoints prevent real-world applications from exp...
Abstract. We describe a system that incrementally translates SPARQL queries to Pig Latin and execute...
International audienceUlysses is an intelligent TPF client that takes advantage of replicated datase...
In order to reduce the server-side cost of publishing queryable Linked Data, Triple Pattern Fragment...
As the Web of Data is growing at an ever increasing speed, the lack of reliable query solutions for ...
The Triple Pattern Fragment (TPF) interface is a recent proposal for reducing server load in Web-bas...
International audienceClients of Triple Pattern Fragments (TPF) interfaces demonstrate how a SPARQL ...
In order to reduce the server-side cost of publishing queryable Linked Data, Triple Pattern Fragment...
Demonstration paper.International audienceThe Triple Pattern Fragments (TPF) interface demonstrates ...
Abstract. For publishers of Linked Open Data, providing queryable access to their dataset is costly....
Recently, Triple Pattern Fragments (TPFS) were introduced as a low-cost server-side interface when h...
textabstractWe describe a system that incrementally translates SPARQL queries to Pig Latin and execu...
International audienceFederated query engines have been enhanced to exploit new data localities crea...
While Linked Data (LD) provides standards for publishing (RDF) and (SPARQL) querying Knowledge Graph...
To unlock the full potential of Linked Data sources, we need flexible ways to query them. Public spa...
Low reliability and availability of public SPARQL endpoints prevent real-world applications from exp...
Abstract. We describe a system that incrementally translates SPARQL queries to Pig Latin and execute...
International audienceUlysses is an intelligent TPF client that takes advantage of replicated datase...
In order to reduce the server-side cost of publishing queryable Linked Data, Triple Pattern Fragment...
As the Web of Data is growing at an ever increasing speed, the lack of reliable query solutions for ...
The Triple Pattern Fragment (TPF) interface is a recent proposal for reducing server load in Web-bas...
International audienceClients of Triple Pattern Fragments (TPF) interfaces demonstrate how a SPARQL ...
In order to reduce the server-side cost of publishing queryable Linked Data, Triple Pattern Fragment...
Demonstration paper.International audienceThe Triple Pattern Fragments (TPF) interface demonstrates ...
Abstract. For publishers of Linked Open Data, providing queryable access to their dataset is costly....
Recently, Triple Pattern Fragments (TPFS) were introduced as a low-cost server-side interface when h...
textabstractWe describe a system that incrementally translates SPARQL queries to Pig Latin and execu...
International audienceFederated query engines have been enhanced to exploit new data localities crea...
While Linked Data (LD) provides standards for publishing (RDF) and (SPARQL) querying Knowledge Graph...
To unlock the full potential of Linked Data sources, we need flexible ways to query them. Public spa...
Low reliability and availability of public SPARQL endpoints prevent real-world applications from exp...
Abstract. We describe a system that incrementally translates SPARQL queries to Pig Latin and execute...