C. Quiroz The University of Rochester Computer Science Department Rochester / Parallel Processor Psyche Spare Station VMEbus MaxVideo pipeline / /
IndustryTerm
software system / Fixed spatial resolution limits imaging effectiveness / cognition algorithms / higher-level systems / computer vision algorithms / active vision systems / biological systems / software level / image-processing system / parallel processing / software requirements / passive and active systems / robotics hardware / multiprocessor systems / graph algorithms / real-time image analysis / vision processing / virtual processors / quantitative and qualitative algorithms / symbolic game-playing algorithm / vision applications / parallel applications / robot controller software / virtual processor / low-level sensory processing / vision systems / high-bandwidth low-level vision processing / deployable vision systems / hardware devices / software environment / compliant checker-pushing tool / strategy algorithms / individual solutions / image processor / physical search / parallel processor / passive vision systems / /
OperatingSystem
Unix / Chrysalis / /
Organization
National Science Foundation / MIT / National Aeronautics and Space Administration / University of Rochester Computer Science Department Rochester / New York / /
Person
Brian Marsh / /
Position
Rochester Checkers Player / Multi-Model Robot Checkers Player / user-level scheduler / checkers player / binocular head / robot checkers player / king / human player / single model of parallel programming / robot head / scheduler / controller / programmer / /
Product
Butterfly Plus Parallel Processor / Lynx / Checkers / /
The Rochester Checkers Player: Multi-Model Parallel Programming for Animate Vision B. Marsh, C. Brown, T. LeBlanc, M. Scott, T. Becker, P. Das, J. Karlsson, C. Quiroz The University of Rochester Computer Science Departme