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Engineering Cyber-Physical Systems - Mechatronics Wine in New Bottles?

机译:工程网络 - 物理系统 - 新瓶中的机电一体化酒?

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Cyber-Physical system (CPS), one of the nine key technical areas of Industry 4.0, will transform the way we interact with the physical world. After analysing the current definitions, the common challenges and hurdles faced by system designers, we show that CPS is actually a subset of a mechatronic system and suggest a new definition. We also show how system design has been approached differently by experts from different domains and outline practical difficulties in engineering CPS. As existing CPS design approaches attempt synthesis of design models at signal levels only and do not model energy interactions at physical levels, design synthesis and design automation have become difficult problems. Model-driven development holds the key to overcome design synthesis and end-to-end design automation problems.
机译:网络物理系统(CPS)是行业4.0的九个关键技术领域之一,将改变我们与物理世界的互动。在分析当前定义后,系统设计人员面临的共同挑战和障碍,我们表明CPS实际上是机电系统的子集,并提出了一个新的定义。我们还展示了系统设计如何通过不同领域的专家与工程CPS中的不同领域的专家不同。由于现有的CPS设计方法仅尝试在信号电平时综合设计模型,并且不会在物理水平上建模能量相互作用,设计合成和设计自动化成为困难的问题。模型驱动的开发能够克服设计合成和端到端设计自动化问题的关键。

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