Purpose The purpose of this study was to validate a fully automatic treatment planning
system for conventional radiotherapy of cervical cancer. This system was developed to …

Purpose To fully automate CT‐based cervical cancer radiotherapy by automating contouring
and planning for three different treatment techniques. Methods We automated three different …

The radiation treatment-planning process includes contouring, planning, and reviewing the
final plan, and each component requires substantial time and effort from multiple experts …

Background Radiotherapy for cervix cancer is challenging in patients exhibiting large daily
changes in the pelvic anatomy, therefore adaptive treatments (ART) have been proposed …

Purpose This study investigated deep learning models for automatic segmentation to
support the development of daily online dose optimization strategies, eliminating the need …

Background and purpose Adaptive radiotherapy (ART) in locally advanced cervical cancer
(LACC) has shown promising outcomes. This study investigated the feasibility of cone-beam …

Purpose To develop a tool for the automatic contouring of clinical treatment volumes (CTVs)
and normal tissues for radiotherapy treatment planning in cervical cancer patients. Methods …

PURPOSE: To model interfraction clinical target volume (CTV) variation in patients with
intact cervical cancer and design a planning target volume (PTV) that minimizes normal …

Purpose: The aim of the study was to determine the predictive factors of complications, to
evaluate the impact of customized treatment planning on late normal tissue effects per stage …

Purpose. To dosimetrically evaluate a margin-of-the-day (MoD) online adaptive intensity-
modulated radiotherapy (IMRT) strategy for cervical cancer patients. The strategy is based …