2016•Unpublished venueRequires access

Enhancement of data clustering using TSS-DBSCAN approach for data mining

Cheng-Fa Tsai, Yao Chiang

Open publisher page 4 citations

Abstract

This work develops a new density-based clustering scheme, TSS-DBSCAN, which uses DBSCAN and a new method of applying two-phase screening, to reduce the extent of the meaningless expansion of clustering to improve data clustering for numerous related applications. Experimental results demonstrate that the proposed new TSS-DBSCAN scheme has very high noise filtering rate and clustering accuracy (both close to 100%), and is faster than some prominent density-based clustering methods, including KIDBSCAN, DBSCAN, IDBSCAN, QIDBSCAN, and SPY_DBSCAN. The presented approach may be the best density-based clustering method with low time cost in the world currently.

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What this paper is about

This work develops a new density-based clustering scheme, TSS-DBSCAN, which uses DBSCAN and a new method of applying two-phase screening, to reduce the extent of the meaningless expansion of clustering to improve data clustering for numerous related applications. Experimental results demonstrate that the proposed new TSS-DBSCAN scheme has very high noise filtering rate and clustering accuracy (both close to 100%), and is faster than some prominent density-based clustering methods, including KIDBSCAN, DBSCAN, IDBSCAN, QIDBSCAN, and SPY_DBSCAN. The presented approach may be the best density-based clustering method with low time cost in the world currently.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This work develops a new density-based clustering scheme, TSS-DBSCAN, which uses DBSCAN and a new method of applying two-phase screening, to reduce the extent of the meaningless expansion of clustering to improve data clustering for numerous related applications. Experimental results demonstrate that the proposed new TSS-DBSCAN scheme has very high noise filtering rate and clustering accuracy (both close to 100%), and is faster than some prominent density-based clustering methods, including KIDBSCAN, DBSCAN, IDBSCAN, QIDBSCAN, and SPY_DBSCAN. The presented approach may be the best density-based clustering method with low time cost in the world currently.

Key concepts: DBSCAN, Cluster analysis, Computer science, Noise (video), Data mining, Pattern recognition (psychology), Scheme (mathematics), CURE data clustering algorithm

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