Online adaptive radiation therapy aims at adapting a patient's treatment plan to their current
anatomy to account for inter-fraction variations before daily treatment delivery. As this …

The current paradigm of radiation therapy has the treatment planned on a snapshot dataset
of the patient's anatomy taken at the time of simulation. Throughout the course of treatment …

Adaptive therapy involves the ability to alter a radiotherapy treatment plan based on tumor
and anatomical changes over a course of therapy. The goal is to better target the tumor …

The “treatment planning” component of managing a radiotherapy patient currently consumes
hours, even days, of human effort. The time and workforce demands of the current planning …

Clinical implementation of online adaptive radiation therapy requires initial and ongoing
performance assessment of the underlying auto‐segmentation and adaptive planning …

This paper is the first investigation of using direct aperture optimization (DAO) for online
adaptive radiation therapy (ART). A geometrical model representing the anatomy of a typical …

Purpose Online adaptive radiation therapy (ART) allows real-time plan generation and
delivery to account for daily anatomic changes. Owing to the time-intensive nature of this …

Adaptive radiation therapy (ART) can reduce normal tissue toxicity and/or improve tumor
control through treatment adaptations based on the current patient anatomy. Developing an …

Purpose The purpose of this work is to explore a new adaptive radiation therapy (ART)
strategy, combined “online and offline” ART, that can fully account for interfraction variations …

Adaptive radiation therapy is a feedback process by which imaging information acquired
over the course of treatment, such as changes in patient anatomy, can be used to reoptimize …