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Collaborative Similarity Measure for Intra Graph Clustering

机译:图内聚类的协作相似性度量

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Assorted networks have transpired for analysis and visualization, including social community network, biological network, sensor network and many other information networks. Prior approaches either focus on the topological structure or attribute likeness for graph clustering. A few recent methods constituting both aspects however cannot be scalable with elevated time complexity. In this paper, we have developed an intra-graph clustering strategy using collaborative similarity measure (IGC-CSM) which is comparatively scalable to medium scale graphs. In this approach, first the relationship intensity among vertices is calculated and then forms the clusters using k-Medoid framework. Empirical analysis is based on density and entropy, which depicts the efficiency of IGC-CSM algorithm without compromising on the quality of the clusters.
机译:各种各样的网络已经进行了分析和可视化,包括社会社区网络,生物网络,传感器网络和许多其他信息网络。先前的方法要么专注于图聚类的拓扑结构,要么关注属性。然而,构成这两个方面的一些最新方法不能随着时间复杂度的增加而扩展。在本文中,我们开发了一种使用协作相似性度量(IGC-CSM)的图内聚类策略,该策略可相对扩展到中型图。在这种方法中,首先计算顶点之间的关系强度,然后使用k-Medoid框架形成聚类。实证分析基于密度和熵,它描述了IGC-CSM算法的效率而又不影响集群的质量。

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