<p>Upper right: manual segmentation mask of a vertebra (green). Lower left: automatic segmentation mask (red). Lower right: superimposed segmentation masks (manual and automatic).</p
<p>Our segmentation (red) with respect to the expert’s manual ground truth (green): The coronal (lef...
Comparative examples of the experts (green and red) and the automatic computational (blue) segmentat...
<p>Manual segmentation was used as ground truth for comparison. GM, WM, and CSF segmentation accurac...
<p>Direct comparison of automatic (red) and manual (yellow) segmentation results for the same case: ...
A,C) The automatic segmentation of the ventricles (red) produced more accurate borders of these stru...
<p>Comparative study between manual and automatic segmentation according to their time consumption.<...
(A) Manual segmentation (red) showed consistently higher mean pixel intensity than machine segmentat...
<p><b>A</b> is the 3D reconstruction of 15 slices using the automatic segmentation algorithm. <b>B</...
<p>The organ boundaries of manual segmentation (M1) and automatic segmentation based on the SVM and ...
Purpose: To characterize discrepancies between expert manually segmented brain images from Hammers A...
Abstract. Most image segmentation algorithms are designed to esti-mate a single segmentation for eac...
<p>Manual tracing (left) and automated segmentation (right) of the hippocampus showing boundary diff...
<p>Comparison of manual and automatic segmentation results for nine vertebrae via the Dice Similarit...
White and yellow arrows denote the places where automated segmentation underestimates and overestima...
<p>Radiomic features derived from 3D-Slicer segmentations had significantly smaller and overlapping ...
<p>Our segmentation (red) with respect to the expert’s manual ground truth (green): The coronal (lef...
Comparative examples of the experts (green and red) and the automatic computational (blue) segmentat...
<p>Manual segmentation was used as ground truth for comparison. GM, WM, and CSF segmentation accurac...
<p>Direct comparison of automatic (red) and manual (yellow) segmentation results for the same case: ...
A,C) The automatic segmentation of the ventricles (red) produced more accurate borders of these stru...
<p>Comparative study between manual and automatic segmentation according to their time consumption.<...
(A) Manual segmentation (red) showed consistently higher mean pixel intensity than machine segmentat...
<p><b>A</b> is the 3D reconstruction of 15 slices using the automatic segmentation algorithm. <b>B</...
<p>The organ boundaries of manual segmentation (M1) and automatic segmentation based on the SVM and ...
Purpose: To characterize discrepancies between expert manually segmented brain images from Hammers A...
Abstract. Most image segmentation algorithms are designed to esti-mate a single segmentation for eac...
<p>Manual tracing (left) and automated segmentation (right) of the hippocampus showing boundary diff...
<p>Comparison of manual and automatic segmentation results for nine vertebrae via the Dice Similarit...
White and yellow arrows denote the places where automated segmentation underestimates and overestima...
<p>Radiomic features derived from 3D-Slicer segmentations had significantly smaller and overlapping ...
<p>Our segmentation (red) with respect to the expert’s manual ground truth (green): The coronal (lef...
Comparative examples of the experts (green and red) and the automatic computational (blue) segmentat...
<p>Manual segmentation was used as ground truth for comparison. GM, WM, and CSF segmentation accurac...
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