本体作为需求工程产品

K. Breitman, Julio Cesar Sampaio do Prado Leite
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引用次数: 105

摘要

“语义Web”社区对Web应用程序提出了新的非功能性需求。为了确保互操作性并允许自主代理交互,将需要Web软件提供机器可处理的本体。我们知道,不仅要明确这个需求,而且要实现本体论,这一责任属于需求工程师。因此,我们将Web应用程序的本体视为需求工程活动的子产品。在本教程中,我们将调查本体背后的基本原则,因为它们正在被语义Web社区实现和使用。包括本体语言、工具和构建方法。以应用语言的概念为中心,重点讨论了本体的构建过程。这个概念植根于一种称为语言扩展词典(LEL)的表示方案。我们用一些示例来演示我们的方法,在这些示例中,我们用DAML+OIL语言实现了机器可处理的本体。最后,我们讨论了当前本体工程的研究问题,包括本体演化、集成和验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ontology as a requirements engineering product
The "semantic Web" community poses a new nonfunctional requirement for Web applications. In order to secure interoperability and allow autonomous agent interaction, software for the Web will be required to provide machine processable ontologies. We understand that the responsibility, not only for making explicit this requirement, but also to implement the ontology, belongs to requirements engineers. As such, we see the ontology of a Web application as a sub-product of the requirements engineering activity. In this tutorial we survey the basic principles behind ontologies as they are being implemented and used by the semantic Web community today. Those include ontology languages, tools and construction methods. We focus on a process for ontology construction centered on the concept of application languages. This concept is rooted on a representation scheme called the language extended lexicon (LEL). We demonstrate our approach with examples in which we implement machine processable ontologies in the DAML+OIL language. We finalize with a discussion of today's research issues in ontology engineering, including ontology evolution, integration and validation.
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