2021 AAPM Virtual 63rd Annual Meeting - Session: Dose and Imaging Performance Assessment in CT and CBCT
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An Assessment of Uncertainties in Pediatric CT Organ Dosimetry When Scan Parameters and Individual Body Morphometry Are Unknown Cameron Kofler |
All videos in this session:
A Method to Estimate a Fan-Beam CT NPS Using Two Basis Functions with a Limited Number of Noise Realizations - Hanjoo Jang | |
Diagnostic Reference Levels (DRLs) and Achievable Doses (ADs) for the 11 Most Commonly Performed Pediatric CT Examinations in the United States (USA) as a Function of Patient Age and Size Using 1.5 Million Examinations in the American College of Radiology - Kalpana Kanal, PhD University of Washington | |
Fast Monte Carlo Simulation of Non-Isotropic X-Ray Source for CT Dose Calculation - Sen Wang Stanford University | |
Longitudinal QC Testing of CBCT and Helical MDCT Systems with a Unified Image Quality and Dose Phantom - Mahadevappa Mahesh, PhD Johns Hopkins University | |
A Scanner-Specific Simulation Platform for Virtual Imaging Trials in Deep Si-Based Photon-Counting CT - Shobhit Sharma Duke University | |
Accurate and Efficient Measurement of Channelized Hotelling Observer-Based Low-Contrast Detectability On the ACR Accreditation Phantom - Mingdong Fan Mayo Clinic | |
Q & A - |





















A Method to Estimate a Fan-Beam CT NPS Using Two Basis Functions with a Limited Number of Noise Realizations
Diagnostic Reference Levels (DRLs) and Achievable Doses (ADs) for the 11 Most Commonly Performed Pediatric CT Examinations in the United States (USA) as a Function of Patient Age and Size Using 1.5 Million Examinations in the American College of Radiology
Fast Monte Carlo Simulation of Non-Isotropic X-Ray Source for CT Dose Calculation
Longitudinal QC Testing of CBCT and Helical MDCT Systems with a Unified Image Quality and Dose Phantom
A Scanner-Specific Simulation Platform for Virtual Imaging Trials in Deep Si-Based Photon-Counting CT
Accurate and Efficient Measurement of Channelized Hotelling Observer-Based Low-Contrast Detectability On the ACR Accreditation Phantom
Q & A