Autosegmentation of image guidance (IG) scans is crucial for streamlining and optimising
delivered dose calculation in radiotherapy. By accounting for interfraction motion, daily …

Purpose: To improve the accuracy of automatically segmented prostate, rectum, and bladder
contours required for online adaptive therapy. The contouring accuracy on the current image …

The purpose of this work is to develop a novel feature‐based registration strategy to
automatically map the rectal contours from planning computed tomography (CT)(pCT) to …

Many current image-guided radiotherapy (IGRT) systems incorporate an in-room cone-beam
CT (CBCT) with a radiotherapy linear accelerator for treatment day imaging. Segmentation …

Purpose: Accurate and fast delineation of targets and normal structures based on daily CTs
is critical for online adaptive radiotherapy (ART). Manual contouring generally takes too long …

Due to rapid advances in radiation therapy (RT), especially image guidance and treatment
adaptation, a fast and accurate segmentation of medical images is a very important part of …

It is likely that segmentation for medical purposes is performed more often for radiation
therapy than for all other medical applications combined. Segmentation here refers to …

The purpose of this work is to develop an effective technique to automatically propagate
contours from planning CT to cone beam CT (CBCT) to facilitate CBCT-guided prostate …

94 Background: Prostate radiotherapy can be delivered using daily image-guided helical
tomotherapy. Previous work has shown that contouring the rectum on the kV planning CT …

Objective. fast and accurate contouring of daily 3D images is a prerequisite for online
adaptive radiotherapy. Current automatic techniques rely either on contour propagation with …