结合MDL指标的无监督聚类算法性能评价

Hadeel K. Aljobouri, Hussain A. Jaber, Ilyas Çankaya
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引用次数: 1

摘要

最好的聚类分析应该抵制异常值的存在,并且对初始化和输入序列排序不那么敏感。本章比较了三种无监督聚类算法:神经气体(NG)、生长神经气体(GNG)和鲁棒生长神经气体(RGNG)的性能。在接下来与RGNG的比较中,将对NG和GNG算法进行完整的解释。另一个比较是基于最小描述长度(MDL)标准,RGNG使用MDL值作为聚类有效性指标,而GNG和NG结合MDL。当这些算法被输入到合成二维数据集时,统计估计被用来解释输出结果的含义。本章介绍的技术是在一个简单的软件包中设计和实现的,使用基于matlab的图形用户界面(GUI)工具,允许用户轻松地与聚类技术和输出数据进行交互。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Assessment of Unsupervised Clustering Algorithms Combined MDL Index
Best clustering analysis should be resisting the presence of outliers and be less sensi- tive to initialization as well as the input sequence ordering. This chapter compares the performance among three of the unsupervised clustering algorithms: neural gas (NG), growing neural gas (GNG), and robust growing neural gas (RGNG). A complete expla-nation of NG and GNG algorithms is presented in the next comparison with RGNG. Another comparison due to the minimum description length (MDL) criterion between RGNG used MDL value as the clustering validity index versus GNG and NG combined with MDL. Statistical estimations are applied to explain the meaning of the output results when these algorithms are fed to the synthetic 2D dataset. The techniques introduced in this chapter are designed and implemented in a simple software package using a MATLAB-based graphical user interface (GUI) tool, which allows users to interact with the clustering techniques and output data easily.
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