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City Philadelphia / Seattle / Chicago / / Company PET / IOP Publishing / GE / Thomas K. Lewellen Imaging Research Laboratory / / / Facility University of Washington Medical Center / / IndustryTerm reconstruction algorithms / approximate rebinning algorithms / improved reconstruction algorithm / mouse imaging / statistical reconstruction algorithm / feasible algorithm / emission reconstruction algorithm / detection electronics / imaging / reconstruction algorithm / feasible reconstruction algorithm / resolution systems / / Organization National Institute of Health / Radiological Society of North America / / Person S. Pathak / K. Lee / T. Beyer / Adam M. Alessio / D. W. Townsend / T. Lewellen / Paul E. Kinahan / W. H. Wong / V / C. Lartizien / M. Defrise / H. J. Vesselle / J. A. Fessler / C. Michel / J. E. Bowsher / V / P. E. Kinahan / C. Comtat / L. Ng / / / ProvinceOrState Pennsylvania / / PublishedMedium Physics in Medicine and Biology / / Technology 3-D / clinically feasible algorithm / tomography / clinically feasible reconstruction algorithm / statistical reconstruction algorithm / emission reconstruction algorithm / Bayesian reconstruction algorithms / improved reconstruction algorithm / simulation / reconstruction algorithm / PWLS algorithms / Image Processing / approximate rebinning algorithms / / SocialTag 
Improved Quantitation for PET/CT Image Reconstruction with System Modeling and Anatomical Priors Adam M. Alessio, Paul E. Kinahan, and Thomas K. Lewellen Imaging Research Laboratory, University of Washington Medical Cent