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Potential-based fuzzy clustering and cluster validity for categorical data and its application in modeling cultural data

机译:分类数据的基于势的模糊聚类和聚类有效性及其在文化数据建模中的应用

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This paper introduces a novel hierarchical fuzzy algorithm for clustering categorical attributes, which consists of three basic design steps. It incorporates a potential-based clustering scheme with a cluster validity index into a framework that is based on the use of the weighted fuzzy c-modes. The novelty of the contribution lies in the following properties: (a) the potential-based clustering scheme reduces the dependence of the algorithm on initialization, (b) the weighted fuzzy c-modes provides flexibility in detecting the real data structure, and (c) the cluster validity index determines the appropriate number of clusters. The algorithm is applied to model (classify) cultural data related to a number of painters of the seventeenth century, where its performance is compared to the respective performance of an agglomerative hierarchical clustering algorithm.
机译:本文介绍了一种用于分类属性聚类的新型层次模糊算法,该算法包括三个基本设计步骤。它将具有聚类有效性指标的基于势的聚类方案合并到基于加权模糊c模式使用的框架中。贡献的新颖性在于以下特性:(a)基于势能的聚类方案减少了算法对初始化的依赖;(b)加权模糊c-模式为检测实际数据结构提供了灵活性,并且(c )群集有效性指标确定适当的群集数量。该算法适用于对与17世纪许多画家有关的文化数据进行建模(分类),在此将其性能与凝聚式层次聚类算法的各自性能进行比较。

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