Cell segmentation is one of important steps in the automatic white blood cell differential counting. In this paper, we propose a technique to segment single-cell images of white blood cells in bone marrow into two regions, i.e., nucleus and non-nucleus. The seg-mentation is based on the fuzzy C-means clustering and mathematical morphology. The segmentation results are compared to an expert’s manually seg-mented images. The initial investigation of the use of the derived segmented images in the cell classifica-tion is also performed by using the Bayes classifier
International audienceWe address the problem of automatically segmenting cell nuclei or cluster of c...
The classification and the count of different White Blood Cells (WBC) in microscopy images allow the ...
Segmentation of white blood cells in digital haematology microscope images represents one of the maj...
In this paper, an adapted unsupervised segmentation approach is proposed to fully automate the segme...
In blood cell image analysis, segmentation is an indispensable step in quantitative cytophotometry. ...
This paper presents a novel method for segmentation of white blood cells (WBCs) in peripheral blood ...
BACKGROUND: Morphologic examination of bone marrow and peripheral blood samples continues to be the ...
Abstract — The differential counting of white blood cell provides invaluable information to doctors ...
INTRODUCTION: Automatic detection of blood components is an important topic in the field of hematolo...
White blood cell (WBC) segmentation, which is important for cytometry, is a challenging issue becaus...
Blood cell segmentation is an important innovation for automatic differential blood counting, classi...
Nucleus segmentation is one of important steps in the automatic white blood cell differential counti...
Abstract—In high-throughput applications, accurate segmentation of biomedical images can be consider...
In this article, blood cell image processing using fuzzy sets, Atanassov's intuitive fuzzy set analy...
International audienceIn this paper, we propose a complete automated framework for white blood cells...
International audienceWe address the problem of automatically segmenting cell nuclei or cluster of c...
The classification and the count of different White Blood Cells (WBC) in microscopy images allow the ...
Segmentation of white blood cells in digital haematology microscope images represents one of the maj...
In this paper, an adapted unsupervised segmentation approach is proposed to fully automate the segme...
In blood cell image analysis, segmentation is an indispensable step in quantitative cytophotometry. ...
This paper presents a novel method for segmentation of white blood cells (WBCs) in peripheral blood ...
BACKGROUND: Morphologic examination of bone marrow and peripheral blood samples continues to be the ...
Abstract — The differential counting of white blood cell provides invaluable information to doctors ...
INTRODUCTION: Automatic detection of blood components is an important topic in the field of hematolo...
White blood cell (WBC) segmentation, which is important for cytometry, is a challenging issue becaus...
Blood cell segmentation is an important innovation for automatic differential blood counting, classi...
Nucleus segmentation is one of important steps in the automatic white blood cell differential counti...
Abstract—In high-throughput applications, accurate segmentation of biomedical images can be consider...
In this article, blood cell image processing using fuzzy sets, Atanassov's intuitive fuzzy set analy...
International audienceIn this paper, we propose a complete automated framework for white blood cells...
International audienceWe address the problem of automatically segmenting cell nuclei or cluster of c...
The classification and the count of different White Blood Cells (WBC) in microscopy images allow the ...
Segmentation of white blood cells in digital haematology microscope images represents one of the maj...