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Logical Symmetry Based K-means Algorithm with Self-adaptive Distance Metric

机译:自适应距离度量的基于逻辑对称性的K均值算法

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摘要

In this paper, we propose a modified version of the K-means clustering algorithm with distance metric. The proposed algorithm adopts a novel weighted Euclidean distance measure based on the idea of logical symmetry of points to its candidate clusters, which challenges the common assumption that the point similarity can only be determined by their physical distance to the cen-troids of the clusters. This kind of logical symmetry distance can be adaptively applied to many practical data clustering scenarios such as social network analysis and computer vision, in which the logical relationship of the clustering objectives is an important consideration in the design of the clustering algorithm. Several data sets are used to illustrate its effectiveness.
机译:在本文中,我们提出了一种带有距离度量的K-means聚类算法的改进版本。该算法基于点与其候选簇的逻辑对称性的思想,采用了一种新颖的加权欧几里得距离度量,这挑战了通常的假设,即点相似性只能由它们到簇中心的物理距离来确定。这种逻辑对称距离可以适应性地应用于许多实际的数据聚类场景,例如社交网络分析和计算机视觉,其中聚类目标的逻辑关系是聚类算法设计中的重要考虑因素。使用几个数据集来说明其有效性。

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