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Ontology Validation in OPAL

机译:蛋白石中的本体论验证

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摘要

The incredible flexibility and openness provided by the Internet to connect computer systems does not match with a similar possibility to connect software applications. In the future, software applications will not be built as we do today. An application will be implemented as a dynamic aggregation of software services (web services). In this perspective, ontologies represent a promising solution to support the development of a new generation of software applications, suited for interoperability among different enterprises. However, the construction of an Enterprise Ontology (EO) is a long and costly task, that requires expert ontology engineers. To support this task, the OPAL (Object, Process, Actor modeling Language) methodology has been proposed. The core of OPAL is an enterprise ontology framework that, similarly to the framework approach proposed in Software Engineering, supplies to the ontology engineer a few basic guidelines to ease and validate the construction of an EO. This work has been partially supported by the European Project IST-2000-29329 Harmonise.
机译:Internet连接计算机系统提供的令人难以置信的灵活性和开放性与连接软件应用程序的类似可能性不匹配。在未来,软件应用程序不会在我们今天做建立。应用程序将实现为软件服务(Web服务)的动态聚合。在这种角度来看,本体代表了一个有前途的解决方案,以支持开发新一代软件应用程序,适用于不同企业之间的互操作性。然而,企业本体(EO)的构建是一个长而昂贵的任务,需要专家本体工程师。为了支持此任务,提出了蛋白石(对象,过程,演员建模语言)方法。 Opal的核心是一个企业本体框架,类似于软件工程中提出的框架方法,对本体工程师提供了一些基本指南,以便于缓解和验证EO的构建。欧洲项目IST-2000-29329协调部分得到了部分支持这项工作。

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