An adaptive initialization method was developed to produce fully automatic processing frameworks based on graph-cut and gradient flow active contour algorithms. This method was applied to abdominal Computed Tomography (CT) images for segmentation of liver tissue and hepatic tumors. Twenty-five anonymized datasets were randomly collected from several radiology centres without specific request on acquisition parameter settings nor patient clinical situation as inclusion criteria. Resulting automatic segmentations of liver tissue and tumors were compared to their reference standard delineations manually performed by a specialist
Most attempts at automatic segmentation of liver from computerised tomography images to date have re...
Abstract. A semi-automatic scheme was developed for the segmentation of 3D liver tumors from compute...
Computer tomography (CT) is usually used as the medical imaging modality for liver. Liver segmentati...
Computer aided diagnosis and treatment is now in regular practice and it provides the radiologist th...
A new proposed method of fully automatic processing frameworks is based on graph-cut active contour ...
Abstract—This paper presents a new automatic initialization procedure for a level-set based segmenta...
The problem of interactive foreground/background segmentation in still images is of great practical ...
Medical imaging is an important technique for diagnosis and treatment planning today. A new proposed...
In all ways of our life advance development in technology is growing. To expand the medical fields h...
AbstractLiver imaging using abdominal CT images has been widely studied in the recent years and is a...
Abstract. Manual segmentation of liver tissue from computerised tomography (CT) datasets can provide...
Abdominal CT images have been widely studied in the recent years as they are becoming an invaluable...
The segmentation of the liver is a difficult process due to the changes in shape, border, and densit...
The segmentation of the liver is a difficult process due to the changes in shape, border, and densit...
This paper presents a new automatic initialization procedure for a level-set based segmentation algo...
Most attempts at automatic segmentation of liver from computerised tomography images to date have re...
Abstract. A semi-automatic scheme was developed for the segmentation of 3D liver tumors from compute...
Computer tomography (CT) is usually used as the medical imaging modality for liver. Liver segmentati...
Computer aided diagnosis and treatment is now in regular practice and it provides the radiologist th...
A new proposed method of fully automatic processing frameworks is based on graph-cut active contour ...
Abstract—This paper presents a new automatic initialization procedure for a level-set based segmenta...
The problem of interactive foreground/background segmentation in still images is of great practical ...
Medical imaging is an important technique for diagnosis and treatment planning today. A new proposed...
In all ways of our life advance development in technology is growing. To expand the medical fields h...
AbstractLiver imaging using abdominal CT images has been widely studied in the recent years and is a...
Abstract. Manual segmentation of liver tissue from computerised tomography (CT) datasets can provide...
Abdominal CT images have been widely studied in the recent years as they are becoming an invaluable...
The segmentation of the liver is a difficult process due to the changes in shape, border, and densit...
The segmentation of the liver is a difficult process due to the changes in shape, border, and densit...
This paper presents a new automatic initialization procedure for a level-set based segmentation algo...
Most attempts at automatic segmentation of liver from computerised tomography images to date have re...
Abstract. A semi-automatic scheme was developed for the segmentation of 3D liver tumors from compute...
Computer tomography (CT) is usually used as the medical imaging modality for liver. Liver segmentati...