<p>(<b>a</b>) Fore- (green) and background (yellow) initialization of GrowCut in the lower jawbone in an axial, sagittal and coronal slice around the anterior mandible (symphysis / para-symphysis). (<b>b</b>) Slicer based algorithmic (GrowCut) segmentation: Fore- (green) and background (yellow) initialization of GrowCut in the lower jawbone in an axial, sagittal and coronal slice around parts of the mandible.</p
This work focuses on the segmentation of axonal structures in digital images of organotypic slice co...
In Green: acromion; in Red: deltoid; in Blue: clavicle; in Grey: humeral diaphysis.</p
<p>In each slice, the user first marks the breast boundary and then detects the parenchymal regions....
<p> Note: the pituitary adenoma and background initialization for this segmentation result is presen...
<p>These screenshots present segmentation results on a sagittal (upper row) and an axial (lower row)...
<p>The last column presents the time in minutes (min.) for the manual segmentations; in contrast, an...
<p> Note: the tumor has been initialized in green and the background has been initialized in yellow....
<p>The last column presents the time in minutes (min.) for the manual segmentations, in contrast, an...
<p>The images on the left side (A, C and E) show examples for a manual initialization of the algorit...
<p>The upper jaw is faded out for a clear visualization. <i>Note</i>: <i>The segmented mandible is–d...
<p> After the initialization of the GrowCut algorithm under Slicer it took about three seconds to ge...
<p>The fourth slice from the left contains also the user-defined seed point from which the segmentat...
<p>Segmentation examples with for each example: Original resized slices <sup>18</sup>F-FET (top), or...
<p>Direct comparison of manual slice-by-slice and Slicer-based GrowCut segmentation results for ten ...
The rather impressive extension library of medical image-processing platform 3D Slicer lacks a wide ...
This work focuses on the segmentation of axonal structures in digital images of organotypic slice co...
In Green: acromion; in Red: deltoid; in Blue: clavicle; in Grey: humeral diaphysis.</p
<p>In each slice, the user first marks the breast boundary and then detects the parenchymal regions....
<p> Note: the pituitary adenoma and background initialization for this segmentation result is presen...
<p>These screenshots present segmentation results on a sagittal (upper row) and an axial (lower row)...
<p>The last column presents the time in minutes (min.) for the manual segmentations; in contrast, an...
<p> Note: the tumor has been initialized in green and the background has been initialized in yellow....
<p>The last column presents the time in minutes (min.) for the manual segmentations, in contrast, an...
<p>The images on the left side (A, C and E) show examples for a manual initialization of the algorit...
<p>The upper jaw is faded out for a clear visualization. <i>Note</i>: <i>The segmented mandible is–d...
<p> After the initialization of the GrowCut algorithm under Slicer it took about three seconds to ge...
<p>The fourth slice from the left contains also the user-defined seed point from which the segmentat...
<p>Segmentation examples with for each example: Original resized slices <sup>18</sup>F-FET (top), or...
<p>Direct comparison of manual slice-by-slice and Slicer-based GrowCut segmentation results for ten ...
The rather impressive extension library of medical image-processing platform 3D Slicer lacks a wide ...
This work focuses on the segmentation of axonal structures in digital images of organotypic slice co...
In Green: acromion; in Red: deltoid; in Blue: clavicle; in Grey: humeral diaphysis.</p
<p>In each slice, the user first marks the breast boundary and then detects the parenchymal regions....