Sound based fault classify diagnosis method using artificial neural network and autoencoder processing

Ke-Wei Lin, Wei-Ling Lin, Y. Tsai, F. Hsiao
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Abstract

We achieved a fault diagnosis for a certain air pump using an artificial neural network. The operating sound of the pump is recorded by a single microphone, after processing by an unsupervised autoencoder, 108 groups of samples containing only 1-second audio data are inputted to the neural network classifier. The training rounds and the neurons of the autoencoder are tested. After training, the provided detection network can finally give the classifying accuracy of up to 99% according to 1-sec sound data.
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基于声音的故障分类诊断方法采用人工神经网络和自编码器处理
利用人工神经网络对某型气泵进行了故障诊断。泵的工作声音由单个麦克风记录,经过无监督自编码器处理后,将108组包含1秒音频数据的样本输入到神经网络分类器中。对自编码器的训练轮数和神经元进行了测试。经过训练,所提供的检测网络最终可以根据1秒的声音数据给出高达99%的分类准确率。
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