首页> 外文期刊>Artificial Intelligence for Engineering Design, Analysis & Manufacturing >CALL FOR PAPERS: AI EDAM SPECIAL ISSUE, WINTER 2009, VOL. 23, NO. 1 DEVELOPING; USING ENGINEERING ONTOLOGIES
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CALL FOR PAPERS: AI EDAM SPECIAL ISSUE, WINTER 2009, VOL. 23, NO. 1 DEVELOPING; USING ENGINEERING ONTOLOGIES

机译:征文通知:AI EDAM特殊问题,2009年冬季,卷。 23号1个发展中;使用工程本体

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摘要

The development of engineering ontologies aims to establish formal information definitions in the engineering domain in order to enable the application of a wide range of technologies for the support of design and engineering. Ontologies allow us to build semantically richer knowledge models to facilitate better communication of such models and to develop and apply knowledge-based technologies that require semantic resources. Engineering presents some special challenges in ontology development. It is characterized by diversity, complexity, and multiplicity. It involves many stages, each of which has its own unique tasks and activities. Its focus on the possible or potential leads to a strong emphasis on abstraction. The engineering enterprise is often geographically distributed, with tasks carried out in many different languages, and this may constrain access to domain experts for the purposes of ontology construction or verification. Thus, although there are no problems associated with the development of ontologies for engineering that cannot be found elsewhere, engineering is perhaps unique in the combination of challenges that are faced.
机译:工程本体论的发展旨在在工程领域建立正式的信息定义,以便能够应用广泛的技术来支持设计和工程。本体使我们能够构建语义上更丰富的知识模型,以促进此类模型的更好沟通,并开发和应用需要语义资源的基于知识的技术。工程学在本体开发中提出了一些特殊的挑战。它的特点是多样性,复杂性和多样性。它涉及许多阶段,每个阶段都有其自己独特的任务和活动。它对可能或潜在的关注导致对抽象的高度重视。工程企业通常在地理上分布,以多种不同的语言执行任务,并且这可能会限制为领域构建或验证目的而访问领域专家的权限。因此,尽管没有与工程本体开发相关的问题在其他地方无法找到,但工程在面对的挑战中可能是独特的。

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