基于聚类的最小生成树算法

Sakshi Saxena, Priyanka Verma, D. Rajpoot
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引用次数: 1

摘要

数据挖掘是一种用于处理大数据集中的信息并将其转换为合理形式以供补充使用的技术。聚类是一种用于数据挖掘的挖掘技术。聚类的目标是发现一组点、模式或对象的分组。基于最小生成树(MST)的聚类算法成功地用于聚类检测。本文主要研究如何利用聚类方法最小化构造MST的时间复杂度。该算法通过分两个阶段构造MST来最小化时间复杂度。在划分阶段,将给定的数据集划分为不同的聚类。在征服阶段,对每个集群先创建局部MST,然后使用Midpoint MST算法将这些MST组合得到最终的MST。实验结果表明,该算法具有较高的计算效率。
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Clustering based minimum spanning tree algorithm
Data mining is a technique used to process information from a big dataset and converting it into a reasonable form for supplementary use. Clustering is a mining technique used in data mining. The goal of clustering is to discover the groupings of a set of points, patterns or objects. Minimum Spanning Tree (MST) based clustering algorithms are successfully used for detecting clusters. In this paper we have focused on minimizing the time complexity for constructing MST by using clustering. The proposed algorithm tries to minimize the time complexity by constructing a MST in two stages. In divide stage, the given dataset is divided in various clusters. In the conquer stage, for every cluster, local MSTs are created and then these MSTs are combined to obtain the final MST by using Midpoint MST algorithm. Experimental results show that the proposed MST algorithm is computationally efficient.
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