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Separation of partial discharges from pulse shaped noise signals with the help of neural networks

机译:在神经网络的帮助下,从脉冲形噪声信号分离部分放电

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The paper introduces a method to separate Partial Discharges (PD) from pulse shaped noise signals using a neural network. After a short introduction of the applied neural network, its ability to classify PD and pulse shaped noise is demonstrated on simulated PD and noise pulses. Furthermore, with the help of signals injected at different points of a transformer coil, the possibilities and limits of the neural network used for a distinction of pulses is shown. The paper ends with a presentation of the first results of the neural network in the classification of signals measured on a power transformer.
机译:本文介绍了一种使用神经网络与脉冲形噪声信号分离部分放电(PD)的方法。在简短介绍所应用的神经网络之后,对模拟PD和噪声脉冲进行了分类PD和脉冲形噪声的能力。此外,借助于在变压器线圈的不同点注入的信号的帮助下,示出了用于区分脉冲的神经网络的可能性和限制。本文以在电力变压器上测量的信号的分类中,在神经网络的第一结果的呈现中结束。

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