To investigate whether physics-based radiomics standardization can increase agreement in radiomics extracted from radiologist-annotated regions of diffuse lung disease (DLD) phenotypes across CT reconstruction kernels and radiation doses.
Author profile
Joseph W. Stayman, PhD
Johns Hopkins University
Investigating Physics-Based Standardization of Radiomics from Normal and Fibrotic Lung Regions across CT Reconstruction Kernels and Radiation Doses
Poster Program · Diagnostic and Interventional Radiology Physics
Scatter Rejection In X-Ray CT Using Time-of-Flight Information
Time of flight (TOF) x-ray imaging is an emerging technology that combines high temporal resolution photon counting detector and very short x-ray pulses to provide additional information about photon interactions. For example, due to longer path lengths, scat...
Proffered Program · Diagnostic and Interventional Radiology Physics
Differentiable Forward and Back-Projector for Deformable Motion Estimation In X-Ray Imaging
Patient motion estimation is essential for various X-ray imaging applications, and is typically formulated as an optimization problem. Solution using gradient-free methods often suffer from limited accuracy and high computational cost. Gradient-based approach...
Proffered Program · Diagnostic and Interventional Radiology Physics