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PixelFlex: A Reconfigurable Multi-Projector Display System Ruigang Yang? , David Gotz? , Justin Hensley? , Herman Towles∗ Department of Computer Science University of North Carolina at Chapel Hill Michael S. Brown †
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Document Date: 2003-02-27 02:14:47

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File Size: 1,27 MB

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City

Orlando / San Francisco / Dallas / Plzen / Using Camera / Salt Lake City / Cambridge / Building Projection / Screen Projection / /

Company

IBM / Argonne National Laboratory / Multi-Projector Rendering Systems / Virtual Network Computer / Tiled Display Systems / Panoram Technologies / Lawrence Livermore National Laboratory / Sandia National Laboratories / AT&T Shannon Laboratory / Intel / Fakespace Systems / Trimension Systems / /

Country

United States / Czech Republic / /

Currency

USD / /

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Facility

Princeton University / Hong Kong University of Sci / University of Chicago / Chapel Hill Michael S. Brown / University of North Carolina / Chapel Hill / University of Minnesota / Open Source Computer Vision Library / Massachusetts Institute of Technology / AT&T Laboratory / Computer Science University of North Carolina / /

IndustryTerm

server software / logical display device / graphic hardware / projector display technology / final solution / post processing / display systems / parallel visualization algorithms / 3D applications / on-line and continuous registration method / large-format display systems / geometric registration algorithm / dome products / Internet Computing / large scale display systems / transparent access to accrued hardware / web / rear-projection systems / appropriate rendering algorithm / software architecture / twopass mapping algorithm / /

NaturalFeature

Chapel Hill / /

OperatingSystem

Unix / MacOS / Windows server / Windows 2000 / Microsoft Windows / /

Organization

Computer Science University / University of North Carolina / Princeton University / Department of Energy / Massachusetts Institute of Technology / Hong Kong University of Sci / U.S. Securities and Exchange Commission / Lasers and Electro-Optics Society / the University of Chicago / United Nations / Herman Towles∗ Department / University of Minnesota / Stanford / /

Person

Jim Mahaney / D. J. Sandin / Henry Fuchs / David Harrison / Herman Towles / David Gotz / Yang / C. Cruz-Neira / Aditi Majumder / T. A. DeFanti / Justin Hensley / Michael S. Brown / John Thomas / Greg Welch / /

Position

system designer / Virtual Display Driver / OS window manager / /

Product

OpenGL 3D viewer / PixelFlex / /

ProgrammingLanguage

FL / C++ / /

ProvinceOrState

Texas / Minnesota / Utah / Florida / North Carolina / Massachusetts / /

PublishedMedium

Computer Graphics / /

Region

Central Europe / /

Technology

alpha / Self-Calibration Display Technology / one-pass algorithm / twopass mapping algorithm / Virtual Reality / API / rendering algorithm / two-pass mapping algorithm / two-pass rendering algorithm / Image Processing / Operating systems / geometric registration algorithm / Display algorithms / Two-Pass Algorithm / Viewing algorithms / Lasers / appropriate rendering algorithm / Load Balancing / two rendering algorithms / one-pass rendering algorithm / parallel visualization algorithms / simulation / Flash / projector display technology / X server / X Windows / achieve using the one-pass algorithm / /

URL

http /

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