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Program Information

  External Beam Treatment Planning Thursday
Therapy Scientific Session 10:30AM - 12:30PM  Room: 137

Moderator 1: Todd McNutt, Johns Hopkins University
Moderator 2: Xun Jia, University of California, San Diego

10:30 AM
TH-C-137-1
A Graphical Software Tool for TrueBeam Developer Mode
Y. Yan*, W. Mao, L. Ouyang, T. Solberg
10:40 AM
TH-C-137-2
Robotic Radiotherapy Using Intermediate Beam Energies
P. Dong*, D. Nguyen, T. Long, D. Ruan, E. Romeijn, D. Low, K. Sheng
10:50 AM
TH-C-137-3
Implementing and Evaluating Aperture Morphing for CBCT-Based Adaptive Planning
A. Zhao*, A. Godley, K. Stephans
11:00 AM
TH-C-137-4
Separating the Dosimetric Consequences of Changing Tumor Anatomy Vs. Positional Uncertainty for Conventionally Fractionated Lung Cancer Patients
M. Grams*, L. Fong de los Santos, L. Brown, K. Olivier, D. Brinkmann
11:10 AM
TH-C-137-5
A MOrphing Technique That Projects 3D Surface Objects to a STandard Metric (MOST); Geometric Modeling of Cervix Cancer Patients for Adaptive Radiation Treatment
S. Oh*, Y. Cho
11:20 AM
TH-C-137-6
An Inter-Fractional Morphing Aperture Based Reoptimization Tool for Adaptive Radiotherapy
V. Kearney*, L. Jiang, X. Gu, T. Solberg, W. Mao
11:30 AM
TH-C-137-7
Population-Based IMRT Beam Aperture Shape Inference Using Retrospective Treatment Plan and Patient Data
D. Stanojevic*, W. D'Souza, R. Meyer, H. Zhang
11:40 AM
TH-C-137-8
Dosimetric Quality of An Automatic IMRT Planning Method for Head and Neck Cancer Cases
L. Yuan*, T. Pang, y. Ge, T. Li, F. Yin, Q. Wu
11:50 AM
TH-C-137-9
A Knowledge Based Implementation of a Fully Automated Treatment Planning System
h. wang*, L. Xing
12:00 PM
TH-C-137-10
Development of a GPU Research Platform for Automatic Treatment Planning and Adaptive Radiotherapy Re-Planning
Q. Gautier*, Z. Tian, Y. Graves, N. Li, M. Zarepisheh, C. Sutterley, F. Shi, L. Cervino, X. Jia, S. Jiang
12:10 PM
TH-C-137-11
Dose-Guided Automatic IMRT Planning: A Feasibility Study
Y. Sheng*, T. Li, L. Yuan, F. Yin, Q. Wu
12:20 PM
TH-C-137-12
Comparison of Dose-Volume and Dose-Mass Inverse Optimization in NSCLC
I. Mihaylov*, E. Moros