This paper describes a new $k$-means type clustering algorithm which gives excellent results for a moderate computational cost. It is particularly suitable for partitioning large data sets into a number of clusters where the conventional $k$-means algorithm becomes computationally unmanageable. While it does not guarantee to reach a global optimum, its performance in practice is very good indeed, as demonstrated by theoretical analysis and experiments on color image data.
Raied SalmanVojislav KecmanQi LiRobert StrackErik Test
Junwei HanKun SongFeiping NieXuelong Li
Tae-Chang JeeHyun-Jin LeeYill-Byung Lee
Kun SongXiwen YaoFeiping NieXuelong LiMingliang Xu
Liang XianFuheng QuYong YangHua Cai