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Author profile
Xinmin Liu, PhD
University of California, Los Angeles
3D-Printed Linear Compensator Array-Enabled Automated Treatment Planning System for High-Throughput Small Animal Intensity-Modulated Radiation Therapy
To achieve more favorable clinical VMAT/IMRT outcomes, preclinical studies that mimic clinical practices and provide highly statistically significant small animal (SA) studies are essential. However, such high-throughput studies are currently impractical beca...
Poster Program · Therapy Physics
Deformable Surface Registration for Automated Patient Positioning In Head and Neck Radiation Therapy
Conventional iterative closest point (ICP) algorithms capable of 3D surface registration perform best with non-deformable surfaces. Such methods are not efficient in head and neck (HN) RT, where one part of the surface is rigid (head) while another part is de...
Poster Program · Therapy Physics
Development of a Dynamic Digital Phantom Capable of Modeling Head and Neck Motion
When positioning patients for head and neck radiation therapy procedures, it can be difficult to position the patient without knowledge of the limits of motion due to physiological constraints caused by the neck vertebrae. This work seeks to develop a dynamic...
Poster Program · Therapy Physics
Quantifying the Real-Time Tracking Accuracy and Latency of an Sgrt System with Live Human Participants In a Simulated Clinical Environment
While phantom studies demonstrate high spatial accuracy for Surface-Guided Radiation Therapy (SGRT) systems, validation with live human subjects is critical. Non-rigid facial motion and the lack of a concurrent motion reference standard present unique challen...
Poster Program · Therapy Physics