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Engineering modeling for cyber physical systems

机译:网络物理系统的工程建模

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摘要

Engineering practice was essentially changed by system based industrial products and cyber physical systems during the past decade. Advanced industrial products are increasingly becoming cyber-physical systems. In leading industries, products are developed, and lifecycle engineered in appropriately extended modeling environment. Virtually executed complex models of products are converted into real world cyber physical systems using cyber physical production systems in accordance with the paradigm Industry-4.0. The Laboratory of Intelligent Engineering Systems has published research results in this leading virtual engineering area for fourteen years. In this paper, recent cyber physical system related research results are introduced including model based engineering of cyber physical system, virtual engineering for system based products, integration of intellectual property in engineering model, and contexts for cooperation between engineering modeling and cyber physical systems. Finally, this paper emphasizes that recent achievements in virtual engineering give new chance for long-wished integration of industrial, research, and higher education processes.
机译:在过去的十年中,基于系统的工业产品和网络物理系统实质上改变了工程实践。先进的工业产品正日益成为网络物理系统。在领先的行业中,在适当扩展的建模环境中开发产品并设计生命周期。使用虚拟实物生产系统,按照范例Industry-4.0,将虚拟执行的复杂产品模型转换为现实世界的虚拟实物系统。智能工程系统实验室已经在这一领先的虚拟工程领域发表了十四年的研究成果。本文介绍了最近与网络物理系统相关的研究成果,包括基于模型的网络物理系统工程,基于系统的产品的虚拟工程,知识产权在工程模型中的集成以及工程模型与网络物理系统之间合作的环境。最后,本文强调,虚拟工程领域的最新成果为工业,研究和高等教育流程的长期整合提供了新的契机。

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