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Identification of CSTR using extreme learning machine based hammerstein-wiener model

机译:基于极端学习机的Hammersein-Wiener模型识别CSTR

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In this paper, an extreme learning machine based Hammerstein-Wiener(H-W) model is built to identify continuous Stirred Tank Reactor(CSTR) nonlinear system. In the proposed H-W model, the two nonlinear blocks are described by two different extreme learning machine neural networks. The model parameters identification is achieve by generalized least square algorithm. The propose method can obtain more accurate identification results with less computation complexity. The simulation result shows that this proposed approach is effective.
机译:本文采用了基于极端的学习机的Hammerstein-Wiener(H-W)模型,以识别连续搅拌罐式反应器(CSTR)非线性系统。在所提出的H-W型号中,两个非线性块由两个不同的极端学习机神经网络描述。通过广义最小二乘算法实现了模型参数识别。该提议方法可以获得更准确的识别结果,并且计算复杂性较少。仿真结果表明,这种提出的方​​法是有效的。

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