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Research on matching pursuit algorithm based-on Laplace wavelet for partial discharge pulse detection

机译:基于拉普拉斯小波的局部放电脉冲检测匹配追踪算法研究

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摘要

A new method has been proposed for detecting partial discharge pulse under noisy and interferential condition, which is based on the matching pursuit algorithm. With a dictionary of Laplace functions, whose structure is similar to that of PD pulses, the proposed scheme can extract PD pulses from the signals within noise and interference successfully. In contrast to the other methods, the new way is easy to realize and can obtain more information of PD, such as the time of occurrence, frequency component, damping rate and so on, which are useful for location, classification and identification of PD pulses. The extraction results of simulation and field experiment data revealed that the effect of extracting PD pulses is very satisfactory with the proposed algorithm.
机译:基于匹配追踪算法,提出了一种在噪声和干扰条件下检测局部放电脉冲的新方法。借助结构类似于PD脉冲的Laplace函数字典,该方案可以成功地从噪声和干扰范围内的信号中提取PD脉冲。与其他方法相比,该新方法易于实现,并且可以获得PD的更多信息,例如发生时间,频率分量,阻尼率等,这对于PD脉冲的定位,分类和识别很有用。 。仿真和现场实验数据的提取结果表明,该算法提取PD脉冲的效果非常令人满意。

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