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A Fuzzy Rule-Based System for Ontology Mapping

机译:基于模糊规则的本体映射系统

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摘要

Ontologies are a crucial tool for formally specifying the vocabulary and the concepts of agent platforms, so, to share information, agents that use different vocabularies must be able to translate data from one ontological framework to another. The treatment of uncertainty plays a key role in the ontology mapping, as the degree of overlapping between concepts can not be represented logically. This paper aims to provide mechanisms to support experts in the first steps of the ontology mapping process using fuzzy logic techniques to determine the similarity between concepts from different ontologies. For each pair of concepts, two types of similarity are calculated: the first using the Jaccard coefficient, based on relevant documents taken from the web, and the second based on the linguistic relationship of concepts. Finally, the similarity is calculated through a fuzzy rule-based system. The ideas presented in this work are validated using two real-world ontologies.
机译:本体是正式指定词汇表和代理平台概念的关键工具,因此,要共享信息,使用不同词汇表的代理必须能够将数据从一个本体框架转换到另一个本体框架。由于无法用逻辑表示概念之间的重叠程度,不确定性的处理在本体映射中起着关键作用。本文旨在提供机制,以支持专家使用模糊逻辑技术确定来自不同本体的概念之间的相似性,从而在本体映射过程的第一步中提供支持。对于每对概念,都会计算出两种类型的相似性:第一类使用Jaccard系数(基于从网络上获取的相关文档),第二种基于概念的语言关系。最后,通过基于模糊规则的系统计算相似度。这项工作中提出的想法已使用两种现实世界进行了验证。

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