Inter‐observer variability in anatomical contouring is the biggest contributor to uncertainty in
radiation treatment planning. Contouring studies are frequently performed to investigate the …

In modern radiotherapy, verification of the treatment to ensure the target receives the
prescribed dose and normal tissues are optimally spared has become essential. Several …

Background and purpose Manual contouring is labor intensive, and subject to variations in
operator knowledge, experience and technique. This work aims to develop an automated …

Purpose Accurate segmentation of the prostate on computed tomography (CT) for treatment
planning is challenging due to CT's poor soft tissue contrast. Magnetic resonance imaging …

Purpose The purpose of this educational report is to provide an overview of the present state‐
of‐the‐art PET auto‐segmentation (PET‐AS) algorithms and their respective validation, with …

During the past decade, permanent radioactive source implantation of the prostate has
become the standard of care for selected prostate cancer patients, and the techniques for …

Background In the present work we compared the spatial uncertainties associated with a MR-
based workflow for external radiotherapy of prostate cancer to a standard CT-based …

Purpose Recent advances in deep neural networks (DNNs) have unlocked opportunities for
their application for automatic image segmentation. We have evaluated a DNN-based …

Advanced radiotherapy techniques like three-dimensional (3D) conformal or intensity-
modulated radiotherapy aim to increase the dose in order to improve local control or reduce …

The International Commission on Radiation Units and Measurements - Hans-Georg Menzel,
2012 Skip to main content Scheduled maintenance on Monday, November 20th, with …