In this paper, we propose a graph-based algorithm to calculate minimal incoherence-preserving subterminology (MIPS) of an ontology in a light-weight ontology ...
Abstract. Ontology debugging is an important nonstandard reasoning task in ontology engineering which provides the explanations of the causes.
In this paper, we propose a graph-based algorithm to calculate minimal incoherence-preserving subterminology (MIPS) of an ontology in a light-weight ontology ...
In this paper, we provide graph-based approaches to debug and to revise DL-Lite ontologies. At first, we encode an ontology into a graph, and derive subsumption ...
A Graph-Based Approach to Ontology Debugging in DL-Lite. - dblp
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Bibliographic details on A Graph-Based Approach to Ontology Debugging in DL-Lite.
We propose a novel graph-based method for interactive mapping revision, aiming to reduce the manual efforts as much as possible.
In this paper, we provide graph-based approaches to debug and to revise DL-Lite ontologies. ... Our graph-based approach improves the ontology debugging both in.
DL-Lite ontologies and their mappings are encoded into an integrated graph, where the mapping arcs will be judged by the experts. We define the decision space ...
A Graph-Based Approach to Ontology Debugging in DL-Lite. (2015). Not Available. Content Type: book-chapter. Book Title: Semantic Technology. DOI: 10.1007/978-3 ...
This paper proposes a graph-based algorithm to calculate minimal incoherence-preserving subterminology (MIPS) of an ontology in a light-weight ontology ...