受限随机DBSCAN:一种更快的DBSCAN算法

Sashakt Pathak, Arushi Agarwal, Ankita Ankita, M. Gurve
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引用次数: 3

摘要

数据挖掘是使用不同的算法和机器学习方法从大型数据库中提取有用和准确的信息或模式的过程。聚类是将相似的数据分组在一起进行数据分析的方法之一,其中DBSCAN聚类算法被广泛应用于许多实际应用中。本文提出了一种更高效的基于密度的聚类算法,该算法比现有的DBSCAN算法能够更快地发现聚类。效率是通过限制从数据集中选择点的随机性来实现的。基于剪影系数、聚类形成时间和准确率,在9个数据集上与传统的DBSCAN算法进行了比较。结果表明,RR DBSCAN在准确率和聚类时间方面优于传统的DBSCAN。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Restricted Randomness DBSCAN : A faster DBSCAN Algorithm
Data Mining is the process of extracting useful and accurate information or patterns from large databases using different algorithms and methods of machine learning. To analyze the data, Clustering is one of the methods in which similar data is grouped together and DBSCAN clustering algorithm is the one, which is broadly used in numerous practical applications. This paper presents a more efficient density based clustering algorithm, which has the ability to discover cluster faster than the existing DBSCAN algorithm. The efficiency is achieved by restricting the randomness of choosing points from the dataset. Our proposed algorithm named Restricted Randomness DBSCAN (RR DBSCAN) is compared with conventional DBSCAN algorithm over 9 datasets on the basis of Silhouette Coefficient, Time taken in formation of clusters and accuracy. The results show that RR DBSCAN performs better than traditional DBSCAN in terms of accuracy and time taken to form clusters.
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