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Ontology-based model for Rational Unified Process artifacts traceability

机译:Rational Unified Process工件可追溯性的基于本体的模型

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Traceability of software artifacts has been recognized as an important factor for supporting various activities in the software development process. Although recent research approaches facilitate the creation and refinement of the domain Ontology to ensure the consistency of the software artifacts during the software development, there is not enough attention to the importance of linking both software verification and artifacts traceability. This paper aims at improving the efficiency of the whole Rational Unified Process (RUP) software development by proposing an Ontology-based model. The domain Ontology is created and refined automatically from different UML artifact versions. The software artifacts released from the RUP iterations are verified automatically, and hence the artifacts traceability and the automatic software verification processes are facilitated at less cost, time and effort. To illustrate how to utilize the model, a case study and a simple discussion are presented.
机译:软件工件的可追溯性已被认为是支持软件开发过程中各种活动的重要因素。尽管最近的研究方法促进了领域本体的创建和完善,以确保在软件开发过程中软件工件的一致性,但是对于将软件验证和工件可追溯性链接在一起的重要性并没有给予足够的重视。本文旨在通过提出一种基于本体的模型来提高整个Rational Unified Process(RUP)软件开发的效率。领域本体是根据不同的UML工件版本自动创建和完善的。从RUP迭代发布的软件工件会自动进行验证,因此可以以较少的成本,时间和精力来促进工件的可追溯性和自动软件验证过程。为了说明如何利用该模型,本文进行了案例研究和简单讨论。

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