Abstract

Abstract A network-based physical manufacturing system, manufacturing intelligence trends, and is widely recognized worldwide. Throughout the development trend of CPMS, the critical question is the Internet industry automation, intelligent connection, real-time monitoring, coordination, and control of one of the characteristics. Also, a large amount of data in the manufacturing process and the permeate producing advanced technology applications. However, the third generation mobile networks (3G) CPMS is required due to the high data rate, high reliability, high coverage, and low latency, which hinders the development by the 4G communication technology and the other embodiments of CPMS. In the future, as advanced radio transmission techniques, 5G has a great potential to promote IoT and CPMS. Depending on the architecture and 2.5G wireless communications technologies' characteristics, the 5G-IIoT based architecture has been proposed three general application modes. 5G, namely, how to implement advanced manufacturing solutions and production techniques, differ because of the different environment. It will be introduced. Mobile Broadband, mass model communication are used to improve ultra-high reliability and low latency communication. Also, analyze the characteristics based on the 5G IoT, a significant technology, and challenges.

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