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Potential applications of 5G communication technologies in collaborative intelligent manufacturing

机译:5G通信技术在协同智能制造中的潜在应用

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摘要

Nowadays most of the communication technologies used in the manufacturing industry are still wired, including various fieldbuses and dedicated industrial Ethernet technologies, though wireless communication technologies including WiFi and ZigBee are recently being adopted. This study is to investigate the integration of 5G wireless communication technologies with collaborative intelligent manufacturing (CIM) processes and systems. 5G technologies and typical scenarios including enhanced mobile broadband, massive machine type communications, and ultra-reliable low latency communication are introduced. Various possible applications or business slices of 5G in CIM are analysed, including human–machine interfaces and production IT, process automation, factory automation, logistics and warehousing, monitoring, and maintenance. These applications are analysed by the functions as modules with the extended 5C architecture. A modular collaborative production approach is suggested to combine modules to achieve on-demand resource allocation and complete flexible tasks in CIM systems. Related research challenges and opportunities are also discussed.
机译:如今,制造业中使用的大多数通信技术仍然有线,包括各种现场总线和专用的工业以太网技术,尽管最近在包括WiFi和ZigBee的无线通信技术,但最近被采用。本研究是调查5G无线通信技术与协作智能制造(CIM)流程和系统的集成。引入了5G技术和典型方案,包括增强的移动宽带,大量机床类型通信和超可靠的低延迟通信。分析CIM各种可能的应用或商业片段,包括人机接口和生产,过程自动化,工厂自动化,物流和仓储,监控和维护。通过函数作为模块分析这些应用程序,其中包含扩展的5C架构。建议使用模块化协作生产方法来组合模块,以实现CIM系统中的按需资源分配和完整的灵活任务。还讨论了相关的研究挑战和机遇。

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