基于蚁群的排序和基于蚁群的聚类方法综述

Ayad Mohammed Jabbar, K. Ku-Mahamud, Rafid Sagban
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引用次数: 18

摘要

数据聚类应用于许多领域,包括统计学、生物信息学、机器学习探索性数据分析、图像分割、安全、医学图像分析、网络处理和数学规划。它的作用是将数据分组成类内相似度高、类间不相似度高的类。本文综述了确定性聚类和随机聚类方法中影响聚类性能的问题。在确定性聚类中,问题是由对提供的聚类数量的敏感性引起的。在随机聚类中,问题要么是由于缺乏最优数量的聚类,要么是由于数据的投影。主要讨论了基于蚁群的排序和基于蚁群的聚类存在收敛速度慢、结果不鲁棒和局部最优解等问题。这篇综述的结果可以作为数据聚类领域研究人员的指南,因为它显示了使用两种聚类方法的优点和缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ant-based sorting and ACO-based clustering approaches: A review
Data clustering is used in a number of fields including statistics, bioinformatics, machine learning exploratory data analysis, image segmentation, security, medical image analysis, web handling and mathematical programming. Its role is to group data into clusters with high similarity within clusters and with high dissimilarity between clusters. This paper reviews the problems that affect clustering performance for deterministic clustering and stochastic clustering approaches. In deterministic clustering, the problems are caused by sensitivity to the number of provided clusters. In stochastic clustering, problems are caused either by the absence of an optimal number of clusters or by the projection of data. The review is focused on ant-based sorting and ACO-based clustering which have problems of slow convergence, un-robust results and local optima solution. The results from this review can be used as a guide for researchers working in the area of data clustering as it shows the strengths and weaknesses of using both clustering approaches.
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