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MULTI-ASPECT COMPONENT MODELS: A FRAMEWORK FOR MODEL REUSE IN SYSML

机译:多方面组件模型:SYSML中模型重用的框架

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摘要

In this paper, a framework is defined for cost-effective reuse of engineering analysis models in the context of systems engineering. As systems engineering problems become increasingly complex and involve an increasing number of stakeholders, it is important that the knowledge required to solve these problems is formulated and communicated in a formal fashion. To allow such formal communication to occur in a cost-effective manner, a framework is introduced based on model reuse and composition. In this framework, engineering analysis models are associated with components and characterized by aspects. The resulting containers of related models are called Multi-Aspect Component Models (MAsCoMs). To allow the MAsCoMs to be incorporated seamlessly into systems engineering practice, the models are defined in the Systems Modeling Language (OMG SysML™). After introducing the basic modeling constructs, their implementation and composition is illustrated in the context of the design of a hydraulically actuated log splitter.
机译:在本文中,定义了一个框架,用于在系统工程的情况下经济高效地重用工程分析模型。随着系统工程问题变得越来越复杂并涉及越来越多的涉众,重要的是,以正式的方式制定和传达解决这些问题所需的知识。为了使这种形式上的交流以具有成本效益的方式进行,基于模型的重用和组合引入了一个框架。在此框架中,工程分析模型与组件相关联,并具有各方面的特征。相关模型的结果容器称为多方面组件模型(MAsCoM)。为了使MAsCoM无缝集成到系统工程实践中,模型在系统建模语言(OMG SysML™)中定义。在介绍了基本的建模构造之后,在液压致动劈木机的设计背景下说明了它们的实现和组成。

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