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An Evolutionary Clustering Algorithm Based on Adaptive Fuzzy Weighted Sum Validity Function

机译:基于自适应模糊加权和有效性函数的进化聚类算法

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In this paper, we propose a novel objective function called the adaptive Fuzzy Weighted Sum Validity Function (FWSVF), which is a merged weight of the several fuzzy cluster validity functions, including XB, PE, PC and PBMF. The improved validity function is more efficient than others. Furthermore, we present a Mixed Strategy Evolutionary Clustering Algorithm based adaptive validity function (AMSECA), which is merged from Evolutionary Algorithm along with Mixed Strategy and Fuzzy C-means Algorithm. Moreover, in the experiments, we show the effectiveness of AMSECA, AMSECA could find the proper number of clusters automatically as well as appropriate partitions of the data set and avoid local optima.
机译:在本文中,我们提出了一种新的目标函数,称为自适应模糊加权和效度函数(FWSVF),它是多个模糊聚类有效性函数(包括XB,PE,PC和PBMF)的合并权重。改进的有效性功能比其他功能更有效。此外,我们提出了一种基于混合策略进化聚类算法的自适应有效性函数(AMSECA),该算法是将进化算法与混合策略和模糊C均值算法融合在一起的。此外,在实验中,我们证明了AMSECA的有效性,AMSECA可以自动找到适当数量的聚类以及数据集的适当分区,并避免局部最优。

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