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A Cross-Coupled MIMO Fuel Cell System Design by Using Intelligent Fuzzy-Neural Controller

机译:基于智能模糊神经控制器的交叉耦合MIMO燃料电池系统设计

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This chapter proposes a MIMO fuel cell design by integrating both Ziegler-Nichols-based PID and intelligent fuzzy-neural controllers. Comparing with the other PID methods by Matlab simulation, the proposed system performances are better and robust by using scaled conjugate gradient algorithm to determine the neural network weighting factors and biases; even the system has stack current disturbance variation and gas valve hysteresis effects.
机译:本章通过集成基于Ziegler-Nichols的PID和智能模糊神经控制器,提出了MIMO燃料电池设计。与Matlab仿真的其他PID方法相比,通过使用比例共轭梯度算法确定神经网络的加权因子和偏差,所提出的系统性能更好,更健壮。甚至系统也有堆电流扰动变化和气阀滞后效应。

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