2015•Unpublished venueRequires access

An Improved Distributed Clustering Algorithm Based on Density

Jianxiao Chen, Yongli Li, Peng Sun, Minghui Sun, Rui Mao, Liyan Dong

Open publisher page 1 citations

Abstract

The density based distributed clustering algorithm DBDC has a higher time complexity in the process of distributed clustering. We proposed an improved density based distributed clustering algorithm. This algorithm used a data grid mapping method which mapped data object to the space grid first in the local level to improve the efficiency of the implementation of the local clustering. In the global clustering level of the new algorithm, we proposed a global clustering method based on representative points intersection and uses the central point of representative point to reduce the clustering error. Experimental results showed that the proposed improved density-based distributed clustering algorithm was more accurate than DBDC.

About this research paper

What this paper is about

The density based distributed clustering algorithm DBDC has a higher time complexity in the process of distributed clustering. We proposed an improved density based distributed clustering algorithm. This algorithm used a data grid mapping method which mapped data object to the space grid first in the local level to improve the efficiency of the implementation of the local clustering. In the global clustering level of the new algorithm, we proposed a global clustering method based on representative points intersection and uses the central point of representative point to reduce the clustering error. Experimental results showed that the proposed improved density-based distributed clustering algorithm was more accurate than DBDC.

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Available abstract

The density based distributed clustering algorithm DBDC has a higher time complexity in the process of distributed clustering. We proposed an improved density based distributed clustering algorithm. This algorithm used a data grid mapping method which mapped data object to the space grid first in the local level to improve the efficiency of the implementation of the local clustering. In the global clustering level of the new algorithm, we proposed a global clustering method based on representative points intersection and uses the central point of representative point to reduce the clustering error. Experimental results showed that the proposed improved density-based distributed clustering algorithm was more accurate than DBDC.

Key concepts: Cluster analysis, CURE data clustering algorithm, Data stream clustering, Correlation clustering, Canopy clustering algorithm, Computer science, Fuzzy clustering, Data mining

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