University of Notre Dame / laboratory PET / Indiana University / We store / Purdue University / /
IndustryTerm
approximate rebinning algorithms / printing / dimensional reconstruction algorithms / 3D algorithms / energy / /
Organization
21st Century Research and Technology Fund / University of Notre Dame / Indiana University / School of Electrical Engineering / Department of Electrical Engineering / Purdue University / /
Person
M. Sibomana / M. Krzywinski / V / D.F. Newport / Adam Alessio / P. Kinahan / Gary Hutchins / Ned Rouze / M. Defrise / X. Liu / P.E. Kinahan / Ken Sauer / D. Townsend / D.W. Townsend / C. Michel / C. Comtat / /
Position
generalized Gaussian image model for edge-preserving map estimation / /
ProgrammingLanguage
E / K / /
ProvinceOrState
Indiana / California / /
Technology
RAM / SAGE algorithms / 3-D / tomography / two dimensional reconstruction algorithms / 3D algorithms / proposed MAP-D algorithm / Image Processing / EM algorithms / approximate rebinning algorithms / Medical Imaging / /
MAP Reconstruction from Spatially Correlated PET Data Adam Alessio, Ken Sauer, and Charles A. Bouman Abstract— High sensitivity 3D PET data is often rebinned into 2D data sets in order to reduce the computation time of