Aiming at the characteristics of discrete manufacturing with multiple varieties, small batches, frequent process changes, and difficulty in implementing information, it adopts RFID technology, multiple communication methods, and layered design ideas, combined with multi-thread synchronization technology and database-aided design program. The discrete manufacturing MES system can complete the tracking of discrete manufacturing in-process products, product quality traceability, real-time data collection on the shop floor, reasonable arrangement of the workshop production plan, monitoring of enterprise equipment and personnel at any time, and real-time feedback correction of the process. A new method of on-site production data acquisition and processing was explored; at the same time, a configuration-based secondary development method was adopted during the implementation of the system to improve the efficiency of software development.

Xianwang Li,Jiahao Li. Design and Implementation of Discrete Manufacturing Mes System Based on Rfid Technology. Academic Journal of Engineering and Technology Science (2020) Vol. 3 Issue 6: 1-6. https://doi.org/10.25236/AJETS.2020.030601.

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