Validation schemes of noise stabilization and autocalibration techniques
Institute: Harvard University (Cambridge, United States)
PI: Gonzalo Vegas Sanchez-Ferrero, Ph.D.
Interactions: TR&D 1, TR&D 2, TR&D 3
Type: Service Project
TR&D 1
Realistic simulation of cardiorespiratory motion patterns for coronary artery interventions
Institute: École de Technologie Supérieure (Montréal, Canada)
PI: Luc Duong, Ph.D.
Interactions: TR&D 1, TR&D 2, TR&D 3
Type: Service Project
Optimization and evaluation of personalized task-based motion correction methods in PET/CTs
Institute: Yale University (New Haven, United States)
PI: Chi Liu, Ph.D.; Michael Casey, Ph.D.
Interactions: TR&D 1, TR&D 2
Type: Service Project
Anthropomorphic astronaut phantoms to investigate cosmic radiation exposure for deep space missions
Institute: German Aerospace Center, NASA (Washington D.C., United States)
PI: Thomas Berger, Ph.D.
Interactions: TR&D 1, TR&D 2
Type: Service Project
Novel imaging technologies in the presence of respiratory and cardiac motion
Institute: University of Sydney (Sydney, Australia)
PI: Paul Keall, Ph.D.
Interactions: TR&D 1, TR&D 2, TR&D 3
Type: Service Project
Development of advanced 4D-CBCT reconstruction methods
Institute: UT Southwestern (Dallas, United States)
PI: Jing Wang, Ph.D.
Interactions: TR&D 1, TR&D 2
Type: Service Project
Matching CT datasets to phantom models for improved organ dose estimation
Institute: Marquette University (Milwaukee, United States)
PI: Taly Gilat-Schmidt, Ph.D.; and Petr Jordan, Ph.D.
Interactions: TR&D 1
Type: Service Project
Impact of CT system design on artificial intelligence performance
Institute: Stanford University (Stanford, United States)
PI: Adam Wang, Ph.D.
Interactions: TR&D 1, TR&D 2, TR&D 3
Type: Service Project
Using virtual images and readers to optimize a consortium analytical pipeline for lung cancer nodule malignancy
Institute: Lunenfeld-Tanenbaum Research Institute, Sinai Health System (Toronto, Canada)
PI: Rayjean Hung, Ph.D.
Interactions: TR&D 1, TR&D 2, TR&D 3
Type: Service Project
Development of motion compensated cone-beam CT imaging acquisition and reconstruction methods
Institute: Washington University (St. Louis, United States)
PI: Deshan Yang, Ph.D.; Michael H Gach, Ph.D.
Interactions: TR&D 1, TR&D 2
Type: Collaborative Project