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Motor bearing fault diagnosis using pattern recognition machine learning technique

机译:基于模式识别机器学习技术的电机轴承故障诊断

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This research article reveals how motor bearing faults can be diagnosed while implementing artificial intelligence. Various faults were introduced in the bearings components and their vibrations analyzed. For identification of faults, pattern recognition neural networks were used. The gathered vibration data were classified into 3 classes and then fed to the neural network model to train. A neural network model using one hidden layer with 40 neurons and conjugate gradient training algorithm was used in this research. This model can successfully classify the vibration data with 78.5 % accuracy.
机译:这篇研究文章揭示了在实现人工智能的同时如何诊断电机轴承故障。在轴承组件中引入了各种故障,并对它们的振动进行了分析。为了识别故障,使用了模式识别神经网络。将收集到的振动数据分为3类,然后馈入神经网络模型进行训练。本研究使用了一个神经网络模型,该模型使用具有40个神经元的一个隐藏层和共轭梯度训练算法。该模型可以成功地以78.5%的精度对振动数据进行分类。

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