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ACO prototype system optimization -based k means clustering algorithm research

机译:基于ACO原型系统优化的k均值聚类算法研究。

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Cluster analysis is an importantmethod in image identification, information retrieval, data mining and spatial database research, from which K means algorithmis a kind of clustering algorithmbased on classificationmethod, the algorithm thought is providing K pieces of classification on N pieces of objects, and every classification of them represents a cluster, by comparing every cluster calculated mean and all patterns samples mean, it gets a most similar cluster, constantly repeat such process till objects in cluster all are similar and different clusters??? objects are different, while objective function convergence lets square error function value to be the minimum one.ACO(Ant Colony Optimization)is a kind of simulating ant colony foraging behaviors??? bio-inspired optimization calculation, due to the algorithm reflects prominent applicability in complex optimization problems??? solution aspect, let it to get well applied in robot system, picture processing, manufacturing system, vehicle route system and communication system. Therefore, the paper analyzes K means clustering algorithm, it gets the algorithm shortcomings, and uses ACO prototype systemto optimize K means clustering algorithm, and states the algorithm feasibility and superiority.
机译:聚类分析是图像识别,信息检索,数据挖掘和空间数据库研究中的重要方法,其中K均值算法是一种基于分类方法的聚类算法,该算法的思想是对N个对象提供K个分类,每一个分类它们代表一个聚类,通过比较每个聚类计算出的均值和所有模式样本均值,得到一个最相似的聚类,不断重复这样的过程,直到聚类中的对象都是相似且不同的聚类。对象是不同的,而目标函数的收敛则使平方误差函数的值最小。ACO(蚁群优化)是一种模拟蚁群觅食行为的方法。生物启发式优化计算,由于该算法反映了复杂优化问题中的突出适用性???解决方案方面,使其在机器人系统,图片处理,制造系统,车辆路线系统和通信系统中得到很好的应用。因此,本文对K均值聚类算法进行了分析,得出了算法的不足,并利用ACO原型系统对K均值聚类算法进行了优化,阐述了该算法的可行性和优越性。

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