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Fuzzy Bayesian validation for cluster analysis of yeast cell-cycle data

机译:酵母细胞周期数据聚类分析的模糊贝叶斯验证

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摘要

Clustering for the analysis of the genes organizes the patterns into groups by the similarity of the dataset and has been used for identifying the functions of the genes in the cluster and analyzing the functions of unknown genes. Since the genes usually belong to multiple functional families, fuzzy clustering methods are more appropriate than the conventional hard clustering methods which assign a sample to only one group. In this paper, a Bayesian-like validation method selecting a fuzzy partition is proposed to evaluate the fuzzy partitions effectively. The theoretical interpretation of the obtained memberships is beyond the scope of this paper, and an empirical evaluation of the proposed method is conducted by comparing to the four representative conventional fuzzy cluster validity measures in four well-known datasets. Analysis of yeast cell-cycle data follows to evaluate the proposed method. (c) 2006 Pattern Recognition Society. Published by Elsevier Ltd. All rights reserved.
机译:用于基因分析的聚类通过数据集的相似性将模式组织成组,并已用于识别聚类中基因的功能和分析未知基因的功能。由于基因通常属于多个功能家族,因此模糊聚类方法比将样本仅分配给一组的常规硬聚类方法更为合适。提出了一种选择模糊分区的贝叶斯样验证方法,对模糊分区进行了有效的评估。对获得的成员资格的理论解释超出了本文的范围,并且通过与四个著名的数据集中的四个代表性常规模糊聚类有效性度量进行比较,对所提出的方法进行了实证评估。酵母细胞周期数据的分析如下以评估所提出的方法。 (c)2006模式识别学会。由Elsevier Ltd.出版。保留所有权利。

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