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A new methodology to streamline ontology integration processes

机译:简化本体整合流程的新方法

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摘要

To reuse ontologies of different types, ontology mediation is required to reconcile mismatches between heterogeneous ontologies. Ontology integration is one of the major kind of ontology mediations in which an ontology is selected to integrate either directly into an ontology development process if no other suitable ontology is available or into an ontology development process with other chosen ontology(ies). The integration methodology developed by Pinto and Martins has two major limitations in its design: 1) the methodology only focuses on how to find, select and integrate existing ontologies but fails to recognize integration itself is part of an ontology development process, and 2) the methodology also fails to be supported by any form of semi- or automatic tools especially in finding suitable knowledge modules from a group of candidate ontologies. To address the above limitations, this research proposes a new ontology integration methodology that provides a detailed description on how to incorporate and perform integration including elicitation of key terms, identification of source ontologies and their knowledge modules, and application of ontology integration. This research also proposes a semiautomatic tool called Integration-oriented Candidate Ontology Evaluation System (ICOES) that can be used to find suitable source ontologies from a group of candidate ontologies using as a single or a combination of matching techniques as well as concept distribution counter. Based on the matching results generated by the ICOES, the most appropriate candidate ontologies can be selected as source ontologies.
机译:为了重用不同类型的本体,需要本体中介来调和异构本体之间的不匹配。本体集成是本体调解的主要类型之一,其中,如果没有其他合适的本体可用,则选择本体以直接集成到本体开发过程中,或者与其他选择的本体一起集成到本体开发过程中。 Pinto和Martins开发的集成方法在设计上有两个主要局限性:1)该方法仅专注于如何查找,选择和集成现有本体,而未能认识到集成本身是本体开发过程的一部分,以及2)方法论也没有得到任何形式的半自动或自动工具的支持,特别是在从一组候选本体中找到合适的知识模块时。为了解决上述限制,本研究提出了一种新的本体集成方法,该方法提供了有关如何集成和执行集成的详细说明,包括关键术语的引出,源本体及其知识模块的标识以及本体集成的应用。这项研究还提出了一种称为面向集成的候选本体评估系统(ICOES)的半自动工具,该工具可以使用一种或多种匹配技术以及概念分布计数器从一组候选本体中查找合适的源本体。根据ICOES生成的匹配结果,可以选择最合适的候选本体作为源本体。

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