Fuzzy-C means segmentation of lymphocytes for the identification of the differential counting of WBC
by Duraiswamy Umamaheswari; Shanmugam Geetha
International Journal of Cloud Computing (IJCC), Vol. 10, No. 1/2, 2021

Abstract: In the domain of histology, discovering the population of white blood cells (WBC) in blood smears helps to recognise destructive diseases. Standard tests performed in hematopathological laboratories by human experts on the blood samples of precarious cases such as leukaemia are time-consuming processes, less accurate and totally depending upon the expertise of the technicians. In order to get the advantage of faster analysis time and perfect partitioning at clumps, an algorithm is proposed in this paper that automatically identifies the counting of lymphocytes present in peripheral blood smear images containing acute lymphoblastic leukaemia (ALL) that performs lymphocytes segmentation by fuzzy C-means (FCM) clustering. Afterward, neighbouring and touching cells in cell clumps are individuated by the watershed transform (WT), and then morphological operators are applied to bring out the cells into an appropriate format in accordance with feature extraction. The extracted features are thresholded to eliminate the regions other than lymphocytes. The algorithm ensures 98.52% of accuracy in counting lymphocytes by examining 80 blood-smear image samples of the ALL-IDB1 dataset. The research works in showing this kind of improved accuracy facilitates in identifying leukaemia on starting stages for uncomplicated healing.

Online publication date: Tue, 06-Apr-2021

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