LICENSE ACADEMIC XCAT PHANTOM V2 MOBY V2 ROBY V2 XCAT CT PRJECTOR UNIVERSITY

XCAT V2 MOBY V2 ROBY V2 XCAT CT Projector Detailed Brain Model XCAT Library of Anatomical Models for CT Imaging Research XCAT Version 2 : Highly detailed male and female anatomies for subjects that are 50th percentile in terms of height/weight and organ volumes (thousands of defined structures including muscles and blood vessels) • Parameterized models for the beating heart and respiratory motions that contain a high level of anatomical detail • Numerous parameters to create normal and abnormal anatomical and motion variations to simulate a patient population for research • Programs include main phantom program to create voxelized versions of the adult male and female phantoms, cardiac defect program to model regional motion defects as well as perfusion defects, cardiac plaque program to model plaques in the coronary vessels, lesion program to model spherical lesions in the body, anatomy altering program to create anatomical variations from the template male and female anatomies, and vectors program to output motion vectors from the phantoms Phantom CT Projector : CT projector that generates x-ray projections directly from surface definitions of a given phantom without using voxelization • Takes output from XCAT, MOBY, and ROBY phantoms and will generate x-ray projections given user parameters defining the scanner • Can simulate parallel, fan, or cone-beam projections using monochromatic or polychromatic x-ray energy spectra and includes a model for quantum noise MOBY/ROBY Phantoms : Highly detailed anatomies for a laboratory mouse (MOBY) or laboratory rat (ROBY) with ~1400 defined structures. MOBY phantom is shown at the right. • Parameterized models for the beating heart and respiratory motions • Numerous parameters to create normal and abnormal anatomical and motion variations • Programs include main phantom program to create voxelized versions of the phantoms, cardiac defect program to model regional motion defects as well as perfusion defects, cardiac plaque program to model plaques in the aorta, lesion program to model spherical lesions in the body, anatomy altering program to create anatomical variations from the template anatomy, and vectors program to output motion vectors from the phantoms LICENSE FOR 1 YEAR OR MORE