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Applications of fast wavelet transformation algorithm based explicit wavelets in fault detection

机译:基于小波变换算法在故障检测中的快速小波变换算法的应用

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For the required frequency information, the Mallat algorithm of wavelet transformation has slower response speed because of repeat use, while the wavelet packets transformation algorithm have a more calculative amount. This paper gives a fast algorithm derived from the definition of continuous wavelet transformation to obtain the required frequency information. The algorithm is good for the calculation on line, so it has much practical meaning for the real time fault detector. When applied to the fault detector during the system swing of HV line protection equipment, the RTDS (real time digital simulation) tests as well as the theoretical results show that the fast algorithm proposed in this paper can satisfy the request of fault detection.
机译:对于所需的频率信息,小波变换的Mallat算法由于重复使用而具有较慢的响应速度,而小波包变换算法具有更加计算的量。本文提供了一种快速算法,从连续小波变换的定义导出以获得所需的频率信息。该算法对线路的计算有益,因此它对实时故障检测器具有很大的实际意义。当在HV线路保护设备的系统摆动期间应用于故障检测器时,RTD(实时数字仿真)测试以及理论结果表明,本文提出的快速算法可以满足故障检测的请求。

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