Semi-automatic segmentation of the prostate boundary is presented for the pre-operational images of the MRIguided ultrasonic thermal therapy of the prostate cancer. The specific deformable surface method is based on firstly fitting an ellipsoid on the given manual landmark points, then modifying the shape of the initialization surface mesh by masking out the regions of the separately segmented bladder and rectum, and finally adapting the surface mesh by searching image for the edge boundaries in the direction of the surface normal. The suggested segmentation method combines information from two types of pre-operational MR-images showing different contrast for the tissue structure. Dice similarity coefficient (DSC) between the semi-automatic...
Accurate prostate segmentation in CT images is a signifi-cant yet challenging task for image guided ...
International audience—Objective: We present a new hybrid edge and region-based parametric deformabl...
Purpose: To present a semi-automatic deformable registration algorithm for co-registering T2-weighte...
Semi-automatic segmentation of the prostate boundary is presented for the pre-operational images of ...
A semi-automatic method has been developed which segments the prostate in slices of Magnetic Resonan...
This thesis outlines an algorithm for 2D and 3D semi-automatic segmentation of the prostate from B-...
Prostate cancer has been ranked as one of the leading causes of cancer death for men. This thesis ad...
Accurate localization of the prostate and its surrounding tissue is essential in the treatment of pr...
This paper presents a novel approach to automatically segment the prostate (including seminal vesicl...
Prostate cancer is the most prevalent type of cancer among men. Accurate delineation and appropriate...
Prostate cancer is one of the most frequent cancers in men and is a major cause of mortality in the ...
Prostate cancer treatment by radiation therapy requires an accurate localisation of the prostate. Fo...
Prostate cancer treatment by radiation therapy requires an ac-curate localisation of the prostate. F...
Segmentation aims to determine which locations within an image contain the object of interest. Segm...
Accurate prostate segmentation in CT images is a signifi-cant yet challenging task for image guided ...
International audience—Objective: We present a new hybrid edge and region-based parametric deformabl...
Purpose: To present a semi-automatic deformable registration algorithm for co-registering T2-weighte...
Semi-automatic segmentation of the prostate boundary is presented for the pre-operational images of ...
A semi-automatic method has been developed which segments the prostate in slices of Magnetic Resonan...
This thesis outlines an algorithm for 2D and 3D semi-automatic segmentation of the prostate from B-...
Prostate cancer has been ranked as one of the leading causes of cancer death for men. This thesis ad...
Accurate localization of the prostate and its surrounding tissue is essential in the treatment of pr...
This paper presents a novel approach to automatically segment the prostate (including seminal vesicl...
Prostate cancer is the most prevalent type of cancer among men. Accurate delineation and appropriate...
Prostate cancer is one of the most frequent cancers in men and is a major cause of mortality in the ...
Prostate cancer treatment by radiation therapy requires an accurate localisation of the prostate. Fo...
Prostate cancer treatment by radiation therapy requires an ac-curate localisation of the prostate. F...
Segmentation aims to determine which locations within an image contain the object of interest. Segm...
Accurate prostate segmentation in CT images is a signifi-cant yet challenging task for image guided ...
International audience—Objective: We present a new hybrid edge and region-based parametric deformabl...
Purpose: To present a semi-automatic deformable registration algorithm for co-registering T2-weighte...