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Control system optimization of spillage brake based on RBF neural network

机译:基于RBF神经网络的溢出制动器控制系统优化

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摘要

Aiming at the actual production needs of the Dadingzi mountain hydro-junction, this paper studies the optimal control of the flood discharge system. From the angle of ensuring the opening and closing of the flood discharge gate, the control system of the sluice is designed reasonably, the intelligent control strategy is put forward, and the optimized RBF neural network based PID parameters are used to control the operating mode of the opening and closing machine in the flood sluice operation process, so as to further improve the reliability of the flood discharge gate. The proposed control approach of sluice gates provides a new control mode for the navigation and electric power junction.
机译:旨在达到达丁山水力交界处的实际生产需求,本文研究了洪水排放系统的最佳控制。从确保洪水排放门的打开和关闭的角度,闸门的控制系统采用合理设计,提出了智能控制策略,并且优化的RBF神经网络的PID参数用于控制操作模式洪水闸门运行过程中的开闭机,从而进一步提高了洪水排放门的可靠性。闸门的建议控制方法为导航和电力交界处提供了一种新的控制模式。

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