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Dual tree complex wavelet transform based approach for power quality monitoring and data compression

机译:基于双树复小波变换的电能质量监测和数据压缩方法

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Power quality disturbance is a one the challenging issues, where many researchers are gaining the attention towards it, now a day it is very much necessary to monitor power quality disturbances for analyze and other purpose. The quantity of the data captured in present power quality monitoring system has been increasing drastically. It is difficult to store and transmission huge data. So compression technique is required to reduce the storage space for data. This paper proposes Dual tree complex wavelet transform (DTCWT) method for power quality monitoring and integrates run length encoding technique for compress disturbance data. Voltage sag, swell, transients and flickers are Power quality disturbances used to test the proposed method. And Matlab was used for generation of test signals and to implement the different algorithms for data compression.
机译:电能质量扰动是一个具有挑战性的问题,许多研究者对此予以关注,如今,非常有必要监视电能质量扰动以进行分析和其他目的。当前的电能质量监测系统中捕获的数据量已经急剧增加。难以存储和传输大量数据。因此需要压缩技术来减少数据的存储空间。本文提出了一种用于电能质量监测的双树复小波变换(DTCWT)方法,并结合了行程长度编码技术来压缩扰动数据。电压骤降​​,骤升,瞬变和闪烁是电能质量扰动,用于测试所提出的方法。 Matlab用于生成测试信号并实现不同的数据压缩算法。

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