Objective. The purpose of this study is to develop a treatment planning process (TPP) for
non-isocentric dynamic trajectory radiotherapy (DTRT) using dynamic gantry rotation …

Objective. Non-coplanar arc geometry optimizations that take advantage of beam's eye view
(BEV) geometric overlap information have been proven to reduce dose to healthy organs-at …

Abstract Purpose of Review This review provides an overview of robotic systems in
radiotherapy and radiosurgery, with a focus on medical devices and recently proposed …

Class solution template trajectories are used clinically for efficiency, safety, and
reproducibility. The aim was to develop class solutions for single cranial metastases …

Purpose To investigate the possible advantages of using 4pi‐optimized arc trajectories in
stereotactic body radiation therapy of ventricular tachycardia (VT‐SBRT) to minimize …

Purpose To reduce the exposed area by the multileaf collimator between lesions for single‐
isocenter dynamic conformal arc (DCA) therapy for stereotactic radiosurgery treatment of …

Purpose This work generates multi‐metastases cranial stereotactic radiosurgery/
radiotherapy (SRS/SRT) plans using a novel treatment planning technique in which dynamic …

Background Non‐coplanar techniques have shown to improve the achievable dose
distribution compared to standard coplanar techniques for multiple treatment sites but …

Purpose To propose an efficient collimator angle optimization method by combining island
blocking (IB) and parked gap (PG) problem to reduce the radiotherapy dose for normal …

Purpose Non-coplanar beams and arcs are routinely used to improve dosimetry for
intracranial cases but their application for extra-cranial cases has been hampered by the risk …