Cyber-Physical Systems network to support decision making for self-adaptive production system

Baudouin Dafflon, N. Moalla, Y. Ouzrout
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引用次数: 2

Abstract

Nowadays, recent trends and challenges around industry focus on new enablers for distributed control of manufacturing products and processes. They aim to cope with transition from full parts quality control to continue manufacturing operations control on the part and the resources as well. The objective in this paper is to propose a new self-adaptive Cyber-Physical System enabling control on manufacturing operations. The research problem is to face the gap between the need to support production data changeability and the evolution of manufacturing resources properties and performances.The proposed contribution promotes the Cyber-Physical Systems as a collective decision making support for self-adaptive production systems. Multi Agent Systems are deployed as new layer to take advantage of the decentralized CPSs physical abilities to monitor their environment. This solution makes it possible to integrate real-time workshop status information into the decision-making process. The originality of the contribution consists in involving servitized Cyber-Physical Systems in the decision making process.
支持自适应生产系统决策的信息物理系统网络
如今,行业的最新趋势和挑战集中在制造产品和流程的分布式控制的新推动因素上。他们的目标是从全面的零件质量控制过渡到对零件和资源的持续制造操作控制。本文的目标是提出一种新的自适应信息物理系统,使制造操作控制成为可能。研究的问题是面对支持生产数据可变性的需求与制造资源属性和性能的演变之间的差距。提议的贡献促进了信息物理系统作为自适应生产系统的集体决策支持。多代理系统被部署为新的层,以利用分散的cps物理能力来监控其环境。该解决方案使得将实时车间状态信息集成到决策过程中成为可能。贡献的独创性在于在决策过程中涉及服务化的信息物理系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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