Fully unsupervised clustering in nonlinearly separable data using intelligent Kernel K-Means

Teny Handhayani, Ito Wasito
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引用次数: 2

Abstract

Intelligent Kernel K-Means is a fully unsupervised clustering technique. This technique is developed by combining Intelligent K-Means and Kernel K-Means. Intelligent Kernel K-Means used to cluster kernel matrix without any information about the number of clusters. The goal of this research is to evaluate the performance of Intelligent Kernel K-Means for clustering nonlinearly separable data. Various artificial nonlinearly separable data are used in this experiment. The best result is the clustering often ring datasets. It produces Adjusted Rand Index (ARI) = 1.
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基于智能核k均值的非线性可分数据的完全无监督聚类
智能核K-Means是一种完全无监督聚类技术。该技术将智能K-Means与核K-Means相结合。智能核K-Means用于对核矩阵进行聚类,不需要任何关于聚类数量的信息。本研究的目的是评估智能核k -均值对非线性可分数据聚类的性能。实验中使用了各种人为的非线性可分数据。最好的结果是聚类经常环数据集。它产生调整后的兰特指数(ARI) = 1。
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