ACPSO: Hybridization of ant colony and particle swarm algorithm for optimization in data clustering using multiple objective functions

Dipali Kharche, A. Thakare
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引用次数: 6

Abstract

K-means clustering groups the similar information using distance function. Even though it is a good algorithm for grouping, it may affect the clustering performance in terms of cluster initialization. This directed to new research track on emerging better algorithms with good initial centroids. This paper gives a hybrid algorithm, called ACPSO algorithm for optimal clustering process. ACO algorithm is used in this paper for the discovery centroids with the stimulation of ant colony system. Once initial centroids are produced by ACO algorithm, PSO algorithm is applied to find optimal cluster with the help of different fitness function, namely, XB index, Sym index, DB index, Connected DB index, Connected Dunn index and Mean Square Distance. Finally, experimentation is performed with iris data and performance is evaluated with five different evaluation metrics. The experimental results shows the proposed method's performance is good as compared with existing algorithm in most of evaluation metrics.
ACPSO:基于多目标函数的数据聚类优化的蚁群和粒子群杂交算法
K-means聚类利用距离函数对相似信息进行分组。尽管它是一种很好的分组算法,但在簇初始化方面可能会影响聚类性能。这指向了新的研究轨道,即具有良好初始质心的新兴更好算法。本文给出了一种混合算法——ACPSO算法,用于优化聚类过程。本文采用蚁群算法在蚁群系统的激励下发现质心。蚁群算法生成初始质心后,利用PSO算法通过不同的适应度函数,即XB指数、Sym指数、DB指数、Connected DB指数、Connected Dunn指数和均方距离,寻找最优聚类。最后,对虹膜数据进行了实验,并使用五种不同的评估指标对性能进行了评估。实验结果表明,与现有算法相比,该方法在大多数评价指标上都具有良好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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