International audienceWe develop the theory of a possibilistic framework for OWL 2 axiom testing against RDF datasets, as an alternative to statistics-based heuristics. The intuition behind it is to evaluate the credibility of OWL 2 axioms based on the evidence available in the form of a set of facts contained in a chosen RDF dataset. To achieve it, we first define the notions of development, content, support , confirmation and counterexample of an axiom. Then we use these notions to define the possibility and necessity of an axiom and its acceptance/rejection index combining both of them. Finally, we report a practical application of the proposed framework to test SubClassOf axioms against the DBpedia RDF dataset
Within the context of ontology learning, we consider the problem of selecting candidate axioms throu...
RDF(S) and OWL 2 can currently represent only static information. In practice, however, the truth of...
International audienceWithin the context of ontology learning, we consider the problem of selecting ...
International audienceWe develop the theory of a possibilistic framework for OWL 2 axiom testing aga...
International audienceAutomatic knowledge base enrichment methods rely criti-cally on candidate axio...
International audienceAxiom scoring is a critical task both for the automatic en-richment/learning a...
As the semantic web grows in popularity and enters the mainstream of computer technology, RDF (Resou...
Abstract. OWL ontologies have gained great popularity as a context modelling tool for intelligent en...
International audienceCandidate axiom scoring is the task of assessing the acceptability of a candid...
International audienceoday, with the development of the Semantic Web, LinkedOpen Data (LOD), expr...
In the Semantic Web era, Linked Open Data (LOD) is its most successful implementation, which current...
International audienceThe growth of the semantic Web requires tools to manage data, make them availa...
International audienceWe address the problem of predicting a score for candidate axioms within the c...
RDF(S) and OWL 2 can currently represent only static information. In practice, however, the truth of...
Abstract. The OWL 2 profiles are fragments of the ontology language OWL 2 for which standard reasoni...
Within the context of ontology learning, we consider the problem of selecting candidate axioms throu...
RDF(S) and OWL 2 can currently represent only static information. In practice, however, the truth of...
International audienceWithin the context of ontology learning, we consider the problem of selecting ...
International audienceWe develop the theory of a possibilistic framework for OWL 2 axiom testing aga...
International audienceAutomatic knowledge base enrichment methods rely criti-cally on candidate axio...
International audienceAxiom scoring is a critical task both for the automatic en-richment/learning a...
As the semantic web grows in popularity and enters the mainstream of computer technology, RDF (Resou...
Abstract. OWL ontologies have gained great popularity as a context modelling tool for intelligent en...
International audienceCandidate axiom scoring is the task of assessing the acceptability of a candid...
International audienceoday, with the development of the Semantic Web, LinkedOpen Data (LOD), expr...
In the Semantic Web era, Linked Open Data (LOD) is its most successful implementation, which current...
International audienceThe growth of the semantic Web requires tools to manage data, make them availa...
International audienceWe address the problem of predicting a score for candidate axioms within the c...
RDF(S) and OWL 2 can currently represent only static information. In practice, however, the truth of...
Abstract. The OWL 2 profiles are fragments of the ontology language OWL 2 for which standard reasoni...
Within the context of ontology learning, we consider the problem of selecting candidate axioms throu...
RDF(S) and OWL 2 can currently represent only static information. In practice, however, the truth of...
International audienceWithin the context of ontology learning, we consider the problem of selecting ...