International audienceIn this paper we address the problem of cells detection from mi-croscopy images. We construct a dictionary of candidate shapes obtained from previous segmentation maps and define an energy function to select the best candidates. The energy minimization is performed by an iterative graph cut algorithm. The proposed approach optimally combines the segmentation maps obtained with different methods and/or parameters. We show on synthetic and real data that this process allows to drastically improve the performance of each individual segmentation
A key component towards an improved and fast cancer diagnosis is the development of computer-assiste...
Motivation: Identifying cells in an image (cell segmentation) is essen-tial for quantitative single-...
In recent years, graph cut has been regarded as an effective discrete optimization method and receiv...
International audienceIn this paper we address the problem of cells detection from mi-croscopy image...
Intensity inhomogeneity is a significant cause in reducing the accuracy of image segmentation. This ...
Comunicació presentada al IEEE 15th International Symposium on Biomedical Imaging (ISBI 2018), celeb...
Abstract. Live cell imaging in 3D platforms is a highly informative ap-proach to visualize cell func...
Background: Cell imaging is becoming an indispensable tool for cell and molecular biology research. ...
The progress in imaging techniques have allowed the study of various aspect of cellular mechanisms. ...
We propose a new robust, effective, and surprisingly simple ap-proach for the segmentation of cells ...
This paper presents an iterated region merging-based graph cuts algorithm which is a novel extension...
Cell detection in microscopy images is an important step in the automation of cell based-experiments...
Studies of cellular structures and processes are of key interest in biomedical research and patholog...
International audienceWe propose an algorithm to segment 2D ellipses or 3D ellipsoids. This problem ...
This paper presents an iterated region merging-based graph cuts algorithm which is a novel extension...
A key component towards an improved and fast cancer diagnosis is the development of computer-assiste...
Motivation: Identifying cells in an image (cell segmentation) is essen-tial for quantitative single-...
In recent years, graph cut has been regarded as an effective discrete optimization method and receiv...
International audienceIn this paper we address the problem of cells detection from mi-croscopy image...
Intensity inhomogeneity is a significant cause in reducing the accuracy of image segmentation. This ...
Comunicació presentada al IEEE 15th International Symposium on Biomedical Imaging (ISBI 2018), celeb...
Abstract. Live cell imaging in 3D platforms is a highly informative ap-proach to visualize cell func...
Background: Cell imaging is becoming an indispensable tool for cell and molecular biology research. ...
The progress in imaging techniques have allowed the study of various aspect of cellular mechanisms. ...
We propose a new robust, effective, and surprisingly simple ap-proach for the segmentation of cells ...
This paper presents an iterated region merging-based graph cuts algorithm which is a novel extension...
Cell detection in microscopy images is an important step in the automation of cell based-experiments...
Studies of cellular structures and processes are of key interest in biomedical research and patholog...
International audienceWe propose an algorithm to segment 2D ellipses or 3D ellipsoids. This problem ...
This paper presents an iterated region merging-based graph cuts algorithm which is a novel extension...
A key component towards an improved and fast cancer diagnosis is the development of computer-assiste...
Motivation: Identifying cells in an image (cell segmentation) is essen-tial for quantitative single-...
In recent years, graph cut has been regarded as an effective discrete optimization method and receiv...