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Quantification of complexity in cyber-physical systems based on key figures

机译:基于关键图的网络物理系统中复杂性的量化

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摘要

Manufacturing companies are facing increasing demands regarding functionality and individualization of products. In order to meet these requirements, customer solutions are increasingly realized by using cyber-physical systems (CPS). CPS are characterized by the interaction of numerous virtual and physical elements in a connected system. On the one hand, new technical possibilities arise, on the other hand, the connection of a large number of different systems results in an increase in complexity. In order to control complexity, the goal of this paper is to develop a system of key figures enabling the measurement of the system complexity of CPS. In particular, key figures are deducted from the literature, relationships between the key figures are identified and the key figures are condensed and consolidated in a key figure system.
机译:制造业公司面临着越来越多的产品功能和产品个性化的需求。 为了满足这些要求,通过使用网络物理系统(CPS)越来越多地实现客户解决方案。 CPS的特征在于在连接系统中的许多虚拟和物理元素的交互。 另一方面,一方面出现新的技术可能性,另一方面,大量不同的系统的连接导致复杂性的增加。 为了控制复杂性,本文的目标是开发一个关键数字系统,从而能够测量CPS的系统复杂性。 特别地,从文献中扣除关键图,识别关键图之间的关系,并且在关键图系统中凝结并整合密钥图。

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