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Classification for Short Duration Disturbances Based on Row-by-row Similarity of Generalized S-Transform Modulus Matrix

机译:基于广义S变换模量矩阵的逐行相似性的短持续时间干扰分类

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This paper proposes a power qulity disturbances classification method based on generalized S-Transform(GST) and maximum similarity principle. The GST gauss window changes self-adaptively with the main frequency of the power quality disturbances. The standard modular time-frequency matrixes are constructed by selecting special segment of GST modular matrixes of every category disturbance and scale-transforming based on bilinear interpolation. The test disturbances are dealed with same as the means of standard modular construction. Especially, for representing the difference of sags and swells, spikes and notches, etc., every row average of the standard modular time-frequency matrixes and the special frequency segment of the test disturbances are subtracted and then the similarity is computed. The simulation results verify the applicability and effectiveness of the proposed classification method.
机译:本文提出了一种基于广义S转化(GST)和最大相似性原理的功率Qulity扰动分类方法。 GST高斯窗口以电源质量障碍的主要频率自适应地改变自适应。标准模块化时频矩阵是通过选择基于双线性插值的每个类别干扰和比例变换的GST模块矩阵的特殊段来构建。将测试干扰与标准模块化结构相同。特别是,对于表示凹凸和膨胀,尖峰和凹口等的差异,减去了标准模块化时频矩阵的每个行平均值和测试干扰的特殊频率段,然后计算相似度。仿真结果验证了所提出的分类方法的适用性和有效性。

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