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A Fault Diagnosis Method for Food on-load Tap Changer Based on Probabilistic Neural Network

机译:基于概率神经网络的食品配载分接换体的故障诊断方法

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In this study, we present a fault diagnosis method based on Probabilistic Neural Network (PNN) to find the food on-Load Tap Changer (FFOLTC)s' faults. First the sample data was collected from the results of AC dynamic characteristic tests of (FFOLTC)s. Second features was extracted from the sample data and normalized. Then the parameters were set for the PNN and the samples were trained to get the diagnosis network. Finally we used the test data of FFOLTC to check the network for diagnosis. Experimental results show that the PNN method could detect the complex relationships, could be developed basis for the FFOLTC test data that can identify the fault types. The accuracy of the results is more than 70% in all cases and 100% in some cases. So the proposed method is fast, accurate, easy to modify and can be easily applied to practical application.
机译:在这项研究中,我们提出了一种基于概率神经网络(PNN)的故障诊断方法,以找到食品载载分接换动器(FFOLTC)的故障。首先,从AC动态特性测试的(FFOLTC)S的结果收集样本数据。从样本数据提取第二个特征并标准化。然后为PNN设置参数,并训练样品以获得诊断网络。最后,我们使用FFoltc的测试数据来检查网络以进行诊断。实验结果表明,PNN方法可以检测复杂的关系,可以为可以识别故障类型的FFoltc测试数据开发。在某些情况下,所有病例的结果的准确性超过70%,100%。因此,所提出的方法快速,准确,易于修改,可以轻松应用于实际应用。

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