haar 小波电网滤波模拟 可作为电力电子课程设计 DATAPLAY.M 为信号源 DISPART.M 为分辨1函数 DISPART1.M 为分辨2函数 RECOVER1.M 为还原函数，输出滤波结果-haar wavelet filter simulation grid can be used as power electronics curriculum design DATAPLAY.M to distinguish between a signal sourc

本论文以 DSP 和计算机为硬件平台，以小波分析和人工神经网络为理论基础，设计了基于 TMS320F2812 的数据采集模块，对故障识别方法进行了深入研究，实现了电力电缆典型故障的识别。-Based on the hardware platform of DSP system & computer and the theory of wavelet analysis & artificial neural network, this paper designs the data acquisit

haar 小波电网滤波模拟 可作为电力电子课程设计DATAPLAY.M 为信号源DISPART.M 为分辨1函数DISPART1.M 为分辨2函数RECOVER1.M 为还原函数，输出滤波结果-haar wavelet filter simulation grid can be used as power electronics curriculum design DATAPLAY.M to distinguish between a signal source DISPART.M as a f

haar 小波电网滤波模拟 可作为电力电子课程设计DATAPLAY.M 为信号源DISPART.M 为分辨1函数DISPART1.M 为分辨2函数RECOVER1.M 为还原函数，输出滤波结果-haar wavelet filter simulation grid can be used as power electronics curriculum design DATAPLAY.M to distinguish between a signal source DISPART.M as a f