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Fault Diagnostic method of High-current Converter Using Wavelet Neural Network Based on Improved Adaptive Genetic Algorithms

机译:基于改进自适应遗传算法的小波神经网络,高电流转换器故障诊断方法

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A novel method for fault Diagnosis of High-current converter, which is constructed on the basis of Wavelet Neural Network and Improved Adaptive Genetic Algorithms (IAGA), is presented here. In the proposed method, IAGA is employed to optimize the structure and the parameters of WNN and enhance the complexity, convergence and generalization ability of the network. By training and testing under MATLAB/SIMULINK, it is clearly shown that WNN based on IAGA performs better than WNN based on BP (Back-Propagation Neural Network) as well as linear adaptive GA (LAGA).
机译:这里介绍了基于小波神经网络和改进的自适应遗传算法(IAGA)的高电流转换器的故障诊断方法。在该方法中,采用IAGA优化WNN的结构和参数,提高网络的复杂性,收敛和泛化能力。通过在Matlab / Simulink下进行训练和测试,清楚地示出了基于IAGA的WNN基于BP(反向传播神经网络)以及线性自适应GA(LAGA)而言优于WNN。

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