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首页> 外文期刊>Transactions of the Canadian Society for Mechanical Engineering >ACTIVE HEAT DISSIPATION SYSTEM USING ADAPTIVE RECURRENT WAVELET NEURAL NETWORK CONTROL
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ACTIVE HEAT DISSIPATION SYSTEM USING ADAPTIVE RECURRENT WAVELET NEURAL NETWORK CONTROL

机译:自适应递归小波神经网络控制的主动散热系统

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摘要

This paper proposes a novel cooling control system with the intelligent active technique, which is based on the NI-PXI systems structure combined with the heat pipe cooling chips. In order to further solve the controlling problems of nonlinear heat transfer system, the proposed intelligent system involves the PID control, traditional control, and the adaptive recurrent wavelet neural network controller (ARWNNC) control techniques. The traditional control there exists the undesirable control chattering, The PID control the Response of Control cannot be processed immediately and the input voltage saturation phenomenon, the adaptive recurrent wavelet neural network controller, is employed to approximate the ideal controller, while the corresponding parameters are derived by the gradient steepest descent method, thus being provided with the adaptive real-time control ability.
机译:本文提出了一种基于智能主动技术的新型冷却控制系统,该系统基于结合了热管冷却芯片的NI-PXI系统结构。为了进一步解决非线性传热系统的控制问题,提出的智能系统包括PID控制,传统控制和自适应递归小波神经网络控制器(ARWNNC)控制技术。传统控制存在不希望的控制抖动,无法立即处理PID控制的“控制响应”,采用输入递归小波神经网络控制器对输入电压饱和现象进行逼近,并推导了相应的参数。通过梯度最速下降法,从而具有自适应实时控制能力。

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