作者: Erdal Tantik , Reiner Anderl
DOI: 10.1016/J.PROCIR.2017.03.009
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摘要: Abstract The ongoing integration of information and network technologies into the production process leads to cyber-physical system (CPS), specifically designed for industrial purposes. CPS provide a bi-directional flow between products, machines top-floor systems, thus enabling instant adaptation each external internal conditions. Thereby they offer high potential obtain flexible manufacturing systems custom tailored products at efficiency level mass production. Furthermore functionality adaptability future can be considerably improved, accommodating service-oriented business concepts. These additional services often include remote accessibility monitoring, diagnosis control over existing networks. With those machine-availability significantly increased. Further data analytics, Internet market places options meet customer demands. For realization consistent flow, interoperability different components has guaranteed. Therefore one important goal current CPS-related research is develop new standards platforms communication. To overcome this problem, German high-tech strategy Industrie 4.0 aims creating binding interfaces all components. A major step towards standardization was made by defining an administrative shell component, which framework middleware This contribution offers insight developments 4.0, focusing on CPS, communication models.