Atlas-based auto-segmentation (ABS) procedure used in radiotherapy can be classified into two groups, one using one atlas per patient (sSM) and the other using multiple atlases (sMM). This study evaluated auto-contouring accuracy and contouring time in patients with prostate cancer using the two procedures. The Dice similarity coefficient of sMM was significantly better than that of sSM (prostate [median, 0.81 (range, 0.66–0.91) vs. 0.64 (0.27–0.71), p < 0.01], seminal vesicles [0.49 (0.31–0.80) vs. 0.18 (0.01–0.60), p < 0.05], and rectum [0.81 (0.37–0.91) vs. 0.57 (0.31–0.77), p < 0.01]). The median contouring times were 2.6 (sMM) and 1.3 min (sSM)
Background: Prostate radiotherapy can be delivered using daily image-guided helical tomotherapy. Pre...
Proper delineation of both target volumes and organs at risk is a crucial step in the radiation ther...
International audienceIn prostate cancer radiotherapy, accurate segmentation of prostate and organs ...
BACKGROUND: Prostate bed (PB) contouring is time consuming and associated with inter-observer variab...
Purpose: To analyze geometric discrepancy and dosimetric impact in using contours generated by auto-...
Purpose To validate, in the context of adaptive radiotherapy, three commercial software solutions f...
Objectives: Accurate contouring of anatomical structures allows for high-precision radiotherapy pla...
Background: While atlas segmentation (AS) has proven to be a time-saving and promising method for ra...
Background: Semi-automated segmentation using deformable registration of selected atlas cases consis...
Background and purpose: To validate atlas-based autosegmentation for contouring breast/anorectal tar...
BACKGROUND: The prostate demonstrates inter- and intra- fractional changes and thus adaptive radioth...
Background and purpose: In radiotherapy, automatic organ-at-risk segmentation algorithms allow faste...
Various commercial auto-contouring solutions have emerged over past few years to address labor-inten...
Advances in artificial intelligence-based methods have led to the development and publication of num...
Abstract Dice similarity coefficients (DSC) of single best matching (SBM) and multiple best matching...
Background: Prostate radiotherapy can be delivered using daily image-guided helical tomotherapy. Pre...
Proper delineation of both target volumes and organs at risk is a crucial step in the radiation ther...
International audienceIn prostate cancer radiotherapy, accurate segmentation of prostate and organs ...
BACKGROUND: Prostate bed (PB) contouring is time consuming and associated with inter-observer variab...
Purpose: To analyze geometric discrepancy and dosimetric impact in using contours generated by auto-...
Purpose To validate, in the context of adaptive radiotherapy, three commercial software solutions f...
Objectives: Accurate contouring of anatomical structures allows for high-precision radiotherapy pla...
Background: While atlas segmentation (AS) has proven to be a time-saving and promising method for ra...
Background: Semi-automated segmentation using deformable registration of selected atlas cases consis...
Background and purpose: To validate atlas-based autosegmentation for contouring breast/anorectal tar...
BACKGROUND: The prostate demonstrates inter- and intra- fractional changes and thus adaptive radioth...
Background and purpose: In radiotherapy, automatic organ-at-risk segmentation algorithms allow faste...
Various commercial auto-contouring solutions have emerged over past few years to address labor-inten...
Advances in artificial intelligence-based methods have led to the development and publication of num...
Abstract Dice similarity coefficients (DSC) of single best matching (SBM) and multiple best matching...
Background: Prostate radiotherapy can be delivered using daily image-guided helical tomotherapy. Pre...
Proper delineation of both target volumes and organs at risk is a crucial step in the radiation ther...
International audienceIn prostate cancer radiotherapy, accurate segmentation of prostate and organs ...