To validate a planning-quality HyperSight iCBCT protocol on a C-arm LINAC for head and neck (HN) offline adaptive planning. By enabling direct use of high-quality CBCTs for re-planning, this approach aims to streamline the offline adaptive workflow.
Author profile
Zhexuan Zhang, PhD
Cleveland Clinic
Clinical Validation of a High-Quality Hypersight Icbct Protocol on a C-Arm Linear Accelerator for Head and Neck Offline Adaptive Planning
Poster Program · Therapy Physics
Feasibility of a Low-Cost Optical Monitoring System for Physical-Dimension Breath-Hold Threshold Determination In CT Simulation
To develop a cost-effective, open-source system for patient-specific voluntary breath-hold (VBH) during CT simulation. The goal is to provide accurate gating thresholds for LINAC systems, such as Varian Truebeam Real-time Position Management (RPM) and auto-be...
Poster Program · Therapy Physics
Hypersight CBCT on Conventional Linac for Adaptive Prostate Radiotherapy: Evaluating Image Quality, HU Stability, and Metal Artifact Reduction
Kilovoltage cone-beam CT (kV-CBCT) is routinely used for image-guided radiotherapy (IGRT). However, image artifacts and limited Hounsfield unit (HU) stability strict its application in adaptive radiotherapy. Recently, HyperSight CBCT was introduced to C-arm l...
Poster Program · Therapy Physics