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2010•Unpublished venueRequires access

On a Prototype Environment for Sub-ontology Extraction in Semantic Grid

Toshihiro Uchibayashi, Bernady O. Apduhan, Norio Shiratori, Wenny J. Rahayu, David Taniar

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Abstract

To efficiently utilize the large-scale ontology data distributed on the Semantic Grid is a problem issue of high concern. Sub-ontology extraction that reflects the user requirements is one method of addressing the issue. Large-scale ontology data can be optimized by extracting the required sub-ontology. In this paper, we construct a Semantic Grid prototype environment to extract the sub-ontology and conducted preliminary evaluation through illustrations using UMLSSN ontology data.

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What this paper is about

To efficiently utilize the large-scale ontology data distributed on the Semantic Grid is a problem issue of high concern. Sub-ontology extraction that reflects the user requirements is one method of addressing the issue. Large-scale ontology data can be optimized by extracting the required sub-ontology. In this paper, we construct a Semantic Grid prototype environment to extract the sub-ontology and conducted preliminary evaluation through illustrations using UMLSSN ontology data.

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Available abstract

To efficiently utilize the large-scale ontology data distributed on the Semantic Grid is a problem issue of high concern. Sub-ontology extraction that reflects the user requirements is one method of addressing the issue. Large-scale ontology data can be optimized by extracting the required sub-ontology. In this paper, we construct a Semantic Grid prototype environment to extract the sub-ontology and conducted preliminary evaluation through illustrations using UMLSSN ontology data.

Key concepts: Ontology, Computer science, Ontology-based data integration, Upper ontology, Ontology Inference Layer, Process ontology, Information retrieval, Ontology alignment

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