基于混沌的无人机永磁同步电机主驱动系统反控制

Sen Wang, Yangyang Zhao, Linyuan Xiao, Shaohua Wang
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引用次数: 4

摘要

电机控制已由原来的继电器控制系统发展到更先进的PLC和单片机控制系统。目前,混沌控制和混沌反控制思想正在萌芽。基于混沌神经网络的新型信息技术对电机的控制具有更高的稳定性、精度和可靠性。混沌控制与反控制可以应用于模式分类、信息加密、信号检测、图像处理、优化计算等方面,混沌控制与反控制在无人机上的应用具有很大的优势。针对无人机主驱动的永磁同步电机系统混沌反控制的研究逐渐兴起,这将是无人机主驱动控制的一次革命。
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The Anti-control of UAV Main-driven System of PMSM Based on Chaos
The motor control has progressed into more advanced PLC and MCU control system from the original relay control system. Currently, the thought of chaos control and chaos anti-control is budding. New information technology on the control of the motor, based on chaotic neural network, has higher stability, accuracy and reliability. While chaos control and anti-control can be used in pattern classification, information encryption, signal detection, image processing, optimization calculation, the application of chaos control and anti-control in the UAV has great advantages. The research for PMSM system chaos anti-control of UAV main-driven gradually popular, which will be a revolution of the UAV main-driven control.
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