Dynamic Change Evaluation for Ontology Evolution in the Semantic Web
Ignazio Palmisano, Valentina Tamma, Luigi Iannone, Terry R. Payne, Paul Doran
Abstract
Ignazio Palmisano, Valentina Tamma, Luigi Iannone, Terry R. Payne, Paul Doran
Abstract
Changes in an ontology may have a disruptive impact on any system using it. This impact may depend on structural changes such as introduction or removal of concept definitions, or it may be related to a change in the expected performance of the reasoning tasks. As the number of systems using ontologies is expected to increase, and given the open nature of the semantic Web, introduction of new ontologies and modifications to existing ones are to be expected. Dynamically handling such changes, without requiring human intervention, becomes crucial. This paper presents a framework that isolates groups of related axioms in an OWL ontology, so that a change in one or more axioms can be automatically localised to a part of the ontology.
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Changes in an ontology may have a disruptive impact on any system using it. This impact may depend on structural changes such as introduction or removal of concept definitions, or it may be related to a change in the expected performance of the reasoning tasks. As the number of systems using ontologies is expected to increase, and given the open nature of the semantic Web, introduction of new ontologies and modifications to existing ones are to be expected. Dynamically handling such changes, without requiring human intervention, becomes crucial. This paper presents a framework that isolates groups of related axioms in an OWL ontology, so that a change in one or more axioms can be automatically localised to a part of the ontology.
Key concepts: Computer science, Ontology, Semantic Web, OWL-S, Social Semantic Web, Information retrieval, Semantic Web Stack, World Wide Web