357 Objectives Image perception studies using clinical PET images can be challenging
because of the difficulty in compiling control and target cases. We have developed and …

Collecting clinical cases for medical imaging perception studies is often challenging. We
have developed a suite of software tools for manipulating medical tomographic image sets …

168 Objectives: Our goal is to reduce systematic inter-scanner PET image variability. In spite
of standardized protocols for scanner calibration, normalization, attenuation/scatter/randoms …

175 Objectives: Spatial resolution testing of PET scanners, per the National Electric
Manufacturers Association (NEMA) protocol, is performed using a very specific method. A 1 …

Conclusion The selection, purchase, and installation of a PET/CT system is a major
undertaking. It is important to involve site planners early in the process for proper room …

A computer algorithm for the three-dimensional (3D) alignment of PET images is described.
To align two images, the algorithm calculates the ratio of one image to the other on a voxel …

Objective: The purpose of this paper is to introduce technologists to the basic principles of
PET imaging and to the instrumentation used to acquire PET data. PET imaging is currently …

The advent of multimodality imaging scanners combining PET and CT has led to a new
paradigm in image display and presentation that raises new challenges in workstation …

P132 Introduction:-Learn how visual search patterns can be categorized and described.-
Examine how subspecialists conduct searches through abdominopelvic CTs, and what …

P183 Introduction: Image reconstruction remains an active area of investigation for PET
imaging and other tomographic imaging modalities. Reconstruction algorithms balance data …