id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
fcis-10210	Gong, Jie; Li, Ming	Design of Multi-circuit Motor Control System based on Fabric Defect Detection Device	2023	3	.pdf	application/pdf	2404	117	52	The industry has improved the performance and real-time processing speed of the control system to handle complex data by combining various different high-performance processors with the lower computer, such as the ARM and microcontroller based electrochemical analyzer designed by Paulraj Santharaman et al[1]-[5], where ARM is used as the central control to realize the control system design through parallel bus and rich peripheral interfaces, E.B. Kapisch et al. designed ARM and FPGA based power system recorder[6]-[10], using field programmable gate array (FPGA) and ARM platform and other devices to process EPS signals in an intelligent way, the above different systems have the advantages of parallel control, scalability and computing performance over the control system, but this architecture requires complex underlying hardware, and the data between ARM and microcontroller, CPLD, FPGA CPLD, FPGA data transfer between the slow, unstable, not suitable for motor control such as real-time demanding scenarios. 3. FPGA Implementation FPGA is the key of the whole motor control system, responsible for the reception of communication data, data caching, data cyclic output, motor drive control circuit, etc.	cache/fcis-10210.pdf	txt/fcis-10210.txt