使用面向对象范式构建生物本体

Kyung-Ah Yang, Jaedong Yang, Ki-Heon Kim
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引用次数: 2

摘要

本文提出了一种基于面向对象范式的生物本体构建方法。该方法简单,但具有强大的语义表达能力。复杂的生物本体是通过对复杂的信息术语之间固有的微妙语义的直观推理而建立起来的。推理的结果不仅用于根据关系推荐候选术语,而且还用于回答用户对生物本体的查询。它基于继承的推荐功能使得增量地改进术语之间的关系成为可能。该方法由面向对象的本体管理器(OOM)支持,它将术语视为对象,从而使子对象继承父对象的属性。构建的生物本体可以被翻译成标准的本体语言RDF/RDFS,以便与其他外部本体轻松扩展、修改和重用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bio-ontology construction using object-oriented paradigm
In this paper we propose a bio-ontology construction method using object-oriented paradigm. This method is simple yet shows powerful semantic expressiveness. The sophisticated bio-ontology is built by an intuitive manner reasoning subtle semantics inherently existing between complicated and informative terms. The result of the reasoning is used not only to recommend candidate terms to be linked by relationships but also to answer user queries against the bio-ontology. Its recommendation facility based on inheritance makes it possible to incrementally refine relationships between terms. The method is supported by object-oriented ontology manager (OOM) which treats terms as objects, and thus sub objects inherit properties from super objects. The constructed bio-ontology can be translated into a standard ontology language, RDF/RDFS by a translator in OOM to be easily extended, modified, and reused blending with other external ontologies.
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