Research on Fault Diagnosis of Rotational Automaton Based on VMD-ELM

First A. Pan Mingzhi, Pan Hong-xia, Second B. Xu Xin, Liu Huiling
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Abstract

Due to complex operating environment of automat, superposition of various response signals, in order to accurately, efficiently extract fault characteristics of automat signal, a automat fault analysis method using VMD and ELM was proposed. First automat signal was analyzed using VMD and compared with the result of EMD; meanwhile energy percentage of every modal component and sample entropy of different samples under various operating condition were extracted as characteristic values; extracted characteristic values were input into ELM for fault diagnosis and compared with the diagnostic result of traditional double-spectrum analysis. Finally, VMD method achieved adaptive subdivision of every component in frequency domain of signal and concluded that accuracy rate of ELM fault diagnosis is 87.5%. result of the experiment showed that VMD can effectively avoid mode aliasing and test feasibility and effectiveness of proposed method.
基于VMD-ELM的旋转自动机故障诊断研究
针对自动机运行环境复杂、各种响应信号叠加的特点,为了准确、高效地提取自动机信号的故障特征,提出了一种基于VMD和ELM的自动机故障分析方法。首先对自动机信号进行了VMD分析,并与EMD结果进行了比较;同时,提取不同工况下不同样本各模态分量的能量百分比和样本熵作为特征值;将提取的特征值输入ELM进行故障诊断,并与传统双谱分析的诊断结果进行比较。最后,VMD方法实现了信号频域各分量的自适应细分,得出ELM故障诊断准确率为87.5%。实验结果表明,VMD能有效避免模态混叠,验证了该方法的可行性和有效性。
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