Experiments and Functional Analysis in Integrating Sub-ontology Extraction and Tailoring

Toshihiro Uchibayashi, B. Apduhan, N. Shiratori
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引用次数: 3

Abstract

A sub-ontology extracted from its base ontology data contains only the concepts and relationships pertaining to the information required by the user. Sub-ontology extraction and sub-ontology tailoring are then viewed as possible solutions to efficiently utilize large-scale ontology data sparsely distributed on a Semantic Grid environment. This shall contribute to reduce the communication overhead in transporting the ontology data, increase the processing performance, improve the reliability in aggregating the required ontology/sub-ontology, and improve the tailoring process of sub-ontology reuse. This paper discussed preliminary experiments as a showcase to illustrate sub ontology extraction and tailoring on a prototype Semantic Grid environment. Functional analysis and discussion of the results are described.
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子本体提取与裁剪集成的实验与功能分析
从其基本本体数据中提取的子本体只包含与用户所需信息相关的概念和关系。子本体提取和子本体裁剪被认为是有效利用稀疏分布在语义网格环境中的大规模本体数据的可能解决方案。这将有助于减少本体数据传输的通信开销,提高处理性能,提高所需本体/子本体聚合的可靠性,改进子本体重用的裁剪过程。本文讨论了在原型语义网格环境下子本体提取和裁剪的初步实验。对结果进行了功能分析和讨论。
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