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Discovering semantic relations from unstructured data for ontology enrichment: Asssociation rules based approach

机译:从非结构化数据中发现语义关系以进行本体扩充:基于关联规则的方法

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Ontologies have been used in information system development as one of the main knowledge representation tool. Ontologies are composed by concepts, a hierarchy, arbitrary relations between concepts, and possibly other axioms. However, ontology building is a time-consuming process, and it should be supported by automatic finding of interesting, possible relationships among concepts. This paper describes how an analysis of co-occurrences of concepts in unstructured sources of information can be used to provide interesting relationships for enriching ontological structures. We apply association rule theory to construct ontological concept relations and evaluate the importance of such relations for supporting the building process of a domain ontology. Preliminary results were collected using scientific published papers from the building and construction sector, which were used as an input for applying our method. A knowledge browsing environment was developed in order to support the analysis process.
机译:本体已在信息系统开发中用作主要的知识表示工具之一。本体由概念,层次结构,概念之间的任意关系以及可能的其他公理组成。但是,本体构建是一个耗时的过程,应该通过自动查找概念之间有趣的可能的关系来支持本体构建。本文介绍了如何在非结构化信息源中对概念的同时出现进行分析,以提供有趣的关系来丰富本体结构。我们应用关联规则理论来构建本体概念关系,并评估这种关系对支持领域本体构建过程的重要性。使用来自建筑部门的科学论文收集了初步结果,这些结果被用作应用我们的方法的输入。为了支持分析过程,开发了一个知识浏览环境。

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