A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporating dynamic multi-atlas label fusion. The diffeomorphic demons method is used for non-rigid registration and a comparison of alternate metrics for atlas selection is presented. A comparison of results from an average shape atlas and the multi-atlas approach is provided. Using the same clinical dataset and manual contours from 50 clinical scans as Klein et al. (2008) a median Dice similarity coefficient of 0.86 was achieved with an average surface error of 2.00mm using the multi-atlas segmentation method
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
Prostate cancer treatment by radiation therapy requires an ac-curate localisation of the prostate. F...
Prostate cancer treatment by radiation therapy requires an accurate localisation of the prostate. Fo...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
A fast fully automatic method of segmenting the prostate from 3D MR scans is presented, incorporatin...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
An automatic method for delineating the prostate (including the seminal vesicles) in three-dimension...
Prostate cancer treatment by radiation therapy requires an ac-curate localisation of the prostate. F...
Prostate cancer treatment by radiation therapy requires an accurate localisation of the prostate. Fo...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...
International audienceThe purpose of this study was to evaluate and optimize the performance of a mu...