Complexity-Oriented Description of Cyber-Physical Systems

Complexity-Oriented Description of Cyber-Physical Systems
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信息物理系统面向复杂性的描述

DOI:
10.1007/978-3-662-62138-7_60
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发表时间:
2020
期刊:
影响因子:
--
通讯作者:
Riesener
Riesener
中科院分区:
--
文献类型:
--
作者:
Keuper;Dölle;Riesener

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在产品开发项目中,公司试图通过增加产品变体的数量来满足更多的个性化客户需求。产品变体不再仅仅是物理上的,而是通过软件、数字服务和平台的不同配置来创建的。物理系统的这种扩展被称为信息物理系统(CPS)。“系统的系统”的发展创造了产品,这些产品通过系统的相互作用实现了所需的功能。物理和虚拟对象的结合使得网络物理系统比纯粹的机电产品更加复杂。总体目标是提高网络物理系统的成本效益比。因此,系统的复杂性进行了研究,以改善CPS的设计。在本文中,实现这一目标的第一步,分析和综合的描述功能的信息物理系统,这是能够描述任何CPS在一个标准化的逻辑,并包括所有相关的尺寸,导致复杂性。
In product development projects, companies try to meet more individual customer requirements by increasing the number of product variants. The product variants are no longer solely created physically, but also through different configurations of software, digital services and platforms. This extension of a physical system is called cyber-physical system (CPS). The development towards ‘System of Systems’ creates products, which fulfil required functions through the interaction of systems. The combination of physical and virtual objects makes cyber-physical systems significantly more complex than purely mechatronic products. The overall goal is to improve the cost-benefit ratio of cyber-physical systems. Therefore, system complexity is examined, in order to improve the design of CPS. In this paper a first step towards this goal is presented, the analysis and synthesis of description features of cyber-physical systems, which are capable to describe any CPS in a standardized logic and include all relevant dimensions that cause complexity.
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