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Computing / Volume rendering / Parallel rendering / Rendering / Alpha compositing / Framebuffer / Digital Visual Interface / Fragment / Voxel / 3D computer graphics / Imaging / Computer graphics


Scalable Interactive Volume Rendering Using Off-the-Shelf Components Santiago Lombeyda Laurent Moll 
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Document Date: 2001-08-11 18:14:29

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File Size: 3,87 MB

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Company

Hewlett-Packard / DVI / Wide Area Networks / Lawrence Livermore National Laboratories / Computer-Communication Networks / Systems Laboratories / Bajaj / RGB / Compaq Computer Corporation / Xilinx / /

Event

M&A / /

Facility

David Breen California Institute of Technology Abstract Alan Heirich Compaq Computer Corporation / National Library of Medicine / University of Texas / U.S. National Library of Medicine / California Institute of Technology / /

IndustryTerm

physical network / software technique / client software copies / real time / polynomial time solution / distributed computing / speed network / pre-determined hardware algorithm / large-scale solution / display devices / fixed interconnection network / visualization / demonstration equipment / driver software / texture mapping hardware / display device / display server / application software / image generating devices / per-pixel imaging compositing operators / integrated broadband networks / /

OperatingSystem

Linux / /

Organization

California Institute of Technology / High Speed Computer and Algorithm Organization / University of Texas at Austin / National Science Foundation / Caltech’s Center for Advanced Computing Research / U.S. Department of Energy’s ASCI Center for Simulation of Dynamic Response of Materials / Santiago V / Center for Advanced Computing Research / ASIC / American Physical Society’s Division of Fluid Dynamics / Computer Systems Organization / /

Person

Kai Li / Jim Blinn / John Eyles / Jackie Neider / Lee Westover / John McCorquodale / Ken Moreland / Kavita Bala / Brian Wylie / David Ellsworth / Henry Fuchs / Hugh Lauer / John van Rosendale / Thomas Funkhauser / Michael Cox / Vasily Lewis / Donald P. Greenberg / Charles Hansen / Donald Fussell / Laurent Moll / Ravi Ramamoorthi / Mason Woo / Andy Vesper / Jack Alexander / Rudrajit Samanta / Morgan Kaufmann / Tom Davis / Arnold Rosenberg / Santiago Lombeyda Laurent Moll / Alan Keahey / Andrew W. Cook / James Blinn / Ravi Samtaney / Tom Lokovic / Mark Shand / Paul E. Dimotakis / Steven Molnar / James Ahrens / Kenneth Moreland / James M. Patton / Shahid Bokhari / Brian von Herzen / Tom Duff / Eric Veach / Paul H. Smith / William Blanke / Anselmo Lastra / Constantine Pavlakos / Stefan B. Deusch / Alan Heirich / John Poulton / Sebastian Fernandez / Pemith Randima Fernando / Bryan Wylie / Maneesh Agrawala / Jamie Painter / Glenn Lupton / Allen McPherson / Patrick McCormick / Joe Kniss / Larry Seiler / Thomas Porter / Keith Packard / /

Position

driver / GL driver / Stanford Gryphon 3D model / 512x512x512 voxel resolution / Painter / /

ProvinceOrState

Texas / Manitoba / California / Colorado / /

PublishedMedium

Computer Graphics / Sepia / /

RadioStation

Core / /

Technology

FPGA / full-duplex / broadband / pre-determined hardware algorithm / Linux / 3D graphics system / Fluid Dynamics / operating system / shared memory / half-duplex / FPGA technology / Ethernet / ASIC / http / graphics accelerator / Simulation / /

URL

www.nlm.nih.gov/research/visible/visible / http /

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