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Control of Cyber-Physical-Systems with logic specifications: A formal methods approach

机译:使用逻辑规格控制网络 - 物理系统:正式方法方法

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There is a growing interest in Industry and Academia in large scale composite systems where a number of physical processes are interfaced with intelligent units that control them and govern their interactions. Examples are manufacturing plants, drone swarms, and autonomous connected cars. These systems belong to the category of Cyber-Physical Systems (CPS), where the physical components interact with the digital world. Designing and managing CPS safely and securely is extremely difficult given their heterogeneity, i.e., the presence of multiple physical and logical domains, and their scale, i.e., number of components and of interconnections. To cope with these difficulties, mathematical approaches have been proposed but few if any can deal with all the above mentioned challenges. This tutorial surveys our work based on formal methods, which attempts at dealing with the heterogeneity and complexity of CPS. (C) 2019 Elsevier Ltd. All rights reserved.
机译:在大规模复合系统中的工业和学术界兴趣日益增长,其中许多物理过程与控制它们的智能单元进行界面并管理其相互作用。例子是制造工厂,无人机群和自主连续的汽车。这些系统属于网络物理系统(CPS)的类别,物理组件与数字世界相互作用。鉴于它们的异质性,即多种物理和逻辑域的存在,以及它们的尺度,即组件数量和互连数量非常困难,非常困难。为了应对这些困难,已经提出了数学方法,但如果有人可以处理所有上述挑战。本教程根据正式方法调查我们的工作,这些方法在处理CPS的异质性和复杂性时尝试。 (c)2019 Elsevier Ltd.保留所有权利。

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