S. Scheib

TL;DR: This work shows EPID-based pre-treatment dose verification can be performed on a CP basis for VMAT plans and can measure pre- treatment doses for both flattened and unflattened beams in a time dependent manner which highlights deviations that are missed in integrated field verifications.

TL;DR: The dosimetric behavior of all tested aSi panels was found to be nearly identical for all tested energies, and the possibility of converting optimized configurations into ready‐to‐use standardized datasets was investigated.

TL;DR: The new 6DoF couch is able to apply requested shifts with high accuracy and has the potential to be used for treatment techniques with the highest demands in patient setup accuracy such as those needed in stereotactic treatments.

TL;DR: This study integrates direct image access with a DMLC tracking system and quantifies the tracking latency of the integrated system for both kV and MV image-based tracking, which resulted in substantial tracking latency reductions compared with image- based tracking without direct imageAccess.

TL;DR: The proposed stereo-ToF system allows for sufficient accuracy and faster patient repositioning in radiotherapy and could allow, in the future, not only for an accurate positioning but also a real time tracking of any patient intrafraction motion (translation, involuntary, and breathing).