Cone‐beam CT (CBCT) is the most commonly used onboard imaging technique for target
localization in radiation therapy. Conventional 3D CBCT acquires x‐ray cone‐beam …

Background Patient motions are a repeatedly reported phenomenon in oral and
maxillofacial cone beam CT scans, leading to reconstructions of limited usability. In certain …

Image-guided external beam radiotherapy (EBRT) allows radiation dose deposition with a
high degree of accuracy and precision. Guidance is usually achieved by estimating the …

Purpose Respiratory motion of the human body remains a major challenge in procedures for
percutaneous puncture intervention. A solution is to develop a respiratory motion model. The …

Abstract 4D cone beam computed tomography (CBCT) images of the thorax and abdomen
can have reduced quality due to the limited number of projections per respiratory bin used in …

Purpose To develop and evaluate a method of reconstructing a patient‐and treatment day‐
specific volumetric image and motion model from free‐breathing cone‐beam projections …

A method for generating fluoroscopic (time-varying) volumetric images using patient-specific
motion models derived from four-dimensional cone-beam CT (4D-CBCT) images was …

Objective. Tracking tumors and surrounding tissues in real-time is critical for reducing errors
and uncertainties during radiotherapy. Existing methods are either limited by the linear …

Purpose: To investigate the feasibility of tracking targets in 2-D fluor images using a novel
deep learning network. Methods: Our model design aims to capture the consistent motion of …

Purpose: The purposes of this study were two‐fold: first, to develop a four‐axis moving
phantom for patient‐specific quality assurance (QA) in surrogate signal‐based dynamic …