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Thre research on multi-parallel mixed artificial neural network in fault diagnosis system

机译:故障诊断系统中的多并行混合人工神经网络研究

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摘要

The paper put forward a banausic ANN system considering the character of complex mechanical sister. The network system is named as multi-parallel mixed artificial neural network and is applied for the full diagnosis of mechanical system. Making use of the research based ago, the same mechanical signal at different character domains is deal with and is parallel separates and is parallel identified by the network. At last, the fault is colligate and identify network. The character domains include time domain, frequency domain, axes track and wavelet analysis results, and so on. This network pick-up the signal characters by distributing fuzzy subjection function. The BP network and self-adaptive resonance theory network (ART2) is applied for faults separation and faults identification in this network. After training, the simulating diagnosis is finished by this network. In the diagnosis of four typical faults, the dianostic degree of accuracy is 100percent.
机译:提出了一种基于复杂机械姐妹特性的平衡神经网络。该网络系统被称为多并行混合人工神经网络,用于机械系统的全面诊断。利用以前的研究,可以处理不同字符域上的相同机械信号,并且它们是并行分离的,并且由网络并行标识。最后,故障是无法确定网络。字符域包括时域,频域,轴跟踪和小波分析结果等。该网络通过分布模糊隶属函数来拾取信号特征。 BP网络和自适应共振理论网络(ART2)被用于该网络中的故障分离和故障识别。训练后,该网络将完成模拟诊断。在诊断四个典型故障中,诊断的准确度为100%。

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