工厂自动化中的信息物理系统——迈向第四次工业革命

J. Schlick
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引用次数: 43

摘要

工业生产日益受到全球化、产品个性化、产品生命周期缩短和市场波动等大趋势的推动。这意味着生产设备和设施必须在更短的时间内适应新产品和产品变体。在技术层面上,工厂自动化的主要挑战是缩短工程阶段,更快地提高生产线的产能,以及将技术流程与业务流程连接起来。现代信息和通信技术可以帮助应对这些挑战。网络物理系统-具有分散控制智能的嵌入式系统可以通过基于互联网协议的开放网络建立通信。这将导致经典的分层自动化系统被自组织的网络物理生产系统所取代。在不久的将来,智能产品本身将成为自动化制造系统中的一个积极组成部分。然而,为了让这一愿景成为现实,自动化必须与IT融合。基于组件的自动化将有助于将基于信号的观点(这是几十年来自动化技术的核心概念)提升到语义互操作性的水平。现场总线技术将与基于IP的网络技术融合,为垂直集成开辟了道路。上下文感知自动化将自动调整生产和物流过程以适应新的配置要求。当然,开放的通信和开放的交互将导致安全问题,这将不得不在技术层面上解决。虽然其中一些技术变革已经开始,但其他一些仍处于学术研究概念的水平。上述发展确实有可能导致自动化设备的设计和使用方式发生颠覆性变化。信息物理生产系统将推动工业制造进入数字时代,并为第四次工业革命创造技术和组织基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber-physical systems in factory automation - Towards the 4th industrial revolution
Industrial production is increasingly driven by megatrends like globalization, product individualization, shorter product life cycles and volatile markets. This means that production equipment and facilities have to be adapted to new products and product variants in less time. On a technical level, major challenges in factory automation are about shorter engineering phases, quicker ramp-up of production lines and connecting technical processes to business processes. Modern information and communication technologies can help to cope with these challenges. Cyber-Physical Systems - Embedded systems with decentralized control intelligence can establish communication through open networks based on internet protocols. This will lead to the replacement of classical hierarchical automation systems by self-organizing cyber physical production systems. In the near future, intelligent products themselves will become an active component within automated manufacturing systems. However, in order to let this vision come true, automation has to converge with IT. Component based automation will help to elevate the signal based point of view, which is a core concept of automation technology since decades to the level of semantic interoperability. Field bus technologies will converge with IP based network technologies opening the way for easy vertical integration. Context aware automation will automatically adapt production and logistics processes to new configuration requirements. Of course open communication and open interaction will lead to security issues that will have to be addressed on more than the technical level. While some of these technological changeovers already have begun, others are still on the level of academic research concepts. The before mentioned developments do have the potential to lead to disruptive changes in the way automation equipment is engineered and utilized. Cyber-physical production systems will drive industrial manufacturing to the digital-age and create technological as well as the organizational basis for the 4th industrial revolution.
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