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Operating System Support for Animate Vision* B. MARSH,C. BROWN,T. LEBLANC,M. SCOTT,T. BECKER,P. DAS,J. KARLSSON, AND C. QUIROZ Computer Science Department, The University of Rochester, Rochester, New York[removed]physical
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Document Date: 2004-06-20 01:29:05

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File Size: 1,55 MB

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City

Rochester / MARSH ET / /

Company

Academic Press Inc. / Silicon Graphics / /

Currency

USD / /

Event

Company Expansion / /

Facility

University of Washington / The University of Rochester / /

IndustryTerm

software system / Fixed spatial resolution limits imaging effectiveness / animate vision systems / host processor / computer vision algorithms / biological systems / low-level vision processing / software heterogeneity / image-processing system / robot control software / parallel processing / passive and active systems / multiprocessor systems / integrated animate vision systems / cothe virtual processor / robot devices / graph algorithms / virtual processors / animate vision applications / quantitative and qualitative algorithms / parallel applications / virtual processor / low-level sensory processing / vision systems / deployable vision systems / Image processing / real-time processing / hardware devices / software environment / level symbolic algorithms / compliant checker-pushing tool / strategy algorithms / local search procedure / individual solutions / parallel processors / user-level software / physical search / parallel processor / passive vision systems / manipulahigher-level systems / /

MarketIndex

DARPA / /

OperatingSystem

Unix / Chrysalis / /

Organization

University of Washington / National Science Foundation / MIT / University of Rochester / Rochester / AND C. QUIROZ Computer Science Department / /

Person

Move Recognizer (Uthread) / Brian Marsh / Psyche Kernel / Uthread / /

Position

semi-model / Board Interpreter / Camera Manager / Rochester Checkers Player / user-level scheduler / Checkers Player / binocular head / robot head / Robot Pan-Tilt Head / scheduler / local representative / controller / programmer / General / /

Product

Butterfly Plus Parallel Processor / Checkers Player / /

ProgrammingLanguage

Lisp / C+ + / Multilisp / C++ / /

ProvinceOrState

Alabama / New York / Utah / /

Technology

implementing computer vision algorithms / Unix / MIMD parallel processors / cothe virtual processor / same processor / Operating System / Shared memory / operating systems / Image processing / MC68020 processor / graph algorithms / virtual processors / host processor / 24 Node Butterfly Transputer Array Parallel Processor / quantitative and qualitative algorithms / 8 Processor / One virtual processor / virtual processor / high-level symbolic algorithms / strategy algorithms / Parallel Processing / be implemented easily using the Topaz operating system / /

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