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钕铁硼(NdFeB)氢粉碎系统具有非线性、多变量、耦合、钕铁硼合金粉碎状态不可在线测量等特点,优化控制进展缓慢,本文基于平行控制理论,建立钕铁硼氢粉碎过程的平行控制系统。文章阐述了钕铁硼氢粉碎过程的平行控制系统的研究思路,重点阐述了该系统中人工系统的构建方法,分析了人工系统和实际系统的相互作用,为复杂系统优化控制探索了一种新思路。
Neodymium iron boron (NdFeB) hydrogen grinding system has the characteristics of non-linear, multivariable, coupling, the grinding state of NdFeB alloy can not be measured online and so on. The progress of optimization control is slow. Based on parallel control theory, Control System. This article elaborates the research thought of parallel control system of NdFeB pulverization process, emphatically expounds the construction method of artificial system in this system, analyzes the interaction between artificial system and actual system, explores a new method for the optimization control of complex system Ideas.