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Structure ensemble based on fuzzy c-means

机译:基于模糊c均值的结构集成

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Clustering ensemble is a momentous technique in machine learning and contribute much to the applications in many areas. General clustering ensemble methods pay more attention to predicting cluster labels than structures of clusters. In fact, learning cluster structures implicates sufficient information to rebuild the dataset and is competent for being the replacement of redundant predicted cluster labels. In this paper, we introduce the fuzzy theory into the structure framework and propose a newfangled double fuzzy c-means structure ensemble framework, named as FCM2SE. FCM2SE makes use of the cluster structure information instead of predicted labels to gain a representative ensemble structure. We also design two novel labeling criteria to distribute the samples to the corresponding clusters. The empirical results on synthetic datasets and UCI machine learning datasets demonstrate the effectiveness of the proposed method.
机译:集群集成是机器学习中的一项重要技术,它为许多领域的应用做出了很大贡献。常规聚类集成方法比聚类结构更注重预测聚类标签。实际上,学习集群结构蕴含了足够的信息来重建数据集,并足以替代冗余的预测集群标签。本文将模糊理论引入结构框架,提出了一种新型的双模糊c均值结构集成框架,命名为FCM 2 SE。 FCM 2 SE利用聚类结构信息而不是预测标签来获得代表性的整体结构。我们还设计了两种新颖的标记标准,以将样品分配到相应的簇。综合数据集和UCI机器学习数据集的经验结果证明了该方法的有效性。

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