Tucson / Anaheim / The Hague / Angeles / Kalmanfilter / Maple Place Minneapolis / Orlando / Los Angeles / Chapel Hill / Snowbird / NAGOYA / Minneapolis / /
Company
Artec House Inc. / Alternate Realities Corporation / Cambridge University Press / MIT Press / Oxford University Press / Display Systems / Diodes / UDT Sensors Inc. / Focus Software Inc. / Siemens / Academic Press Inc. / Virtual Environments Tracking Hardware / Electronics Laboratory / John Wiley & Sons Inc. / Boeing Corporation / HeadMounted Display Systems / /
Country
Netherlands / Japan / United States / / /
Facility
Nagoya University / University of Utah / University of North Carolina / Chapel Hill Department / California Institute of Technology / University College London / D’nardo Colucci† University of North Carolina / stable IEEE1284C / Tomorrow's Realities gallery / Cornell University / Brown University / Massachusetts Institute of Technology / /
IndustryTerm
laboratory infrastructure / Wireless MotionTracking System / wireless version / real time / communication protocol / software automatic gain control / energy / noise model accounting / wireless implementation / online method / signal energy / countless applications / noise energy / search space / explicit infrastructure / wireless communication / pencil-shaped fiberglass rod / mathematical solution / actual devices / wireless operation / slow brute-force algorithm / signal processing / on-line averages / pencil-shaped fiberglass wand / camera systems / filter-based software / prediction-correction algorithm / brute force search / on-line measurements / electronics / aircraft manufacturing process / estimation algorithm / /
OperatingSystem
Unix / /
Organization
Cambridge University / Chapel Hill Department of Computer Science / Nagoya University / Nagoya / Massachusetts Institute of Technology / Cornell University / USENIX Organization / University of Utah / African Union / US Federal Reserve / Ceiling-HiBall Interface Board / Oxford University / Pattern Analysis and Machine Intelligence / California Institute of Technology / University College London / National Science Foundation / Brown University / Center for Computer Graphics and Scientific Visualization / University of North Carolina / UNC Chapel Hill Department of Computer Science / Department of Computer Science / /
Person
John F. Hughes / Ali / Matthew Cutts / Paul F. C. Krekel / George Pfeifer / Brian P. Flannery / Frederick P. Brooks / Jr. / Henry Fuchs / David Princehouse / Nicholas Vallidis / Martin Usoh / Van Pabst / Rui Bastos / Russ Fish / Frederick P. Brooks Jr. / Philip Winston / Al Barr / Hans Weber / Alex Pentland / Leandra Vicci / Ronald Azuma / Mark Ward / Mel Slater / Greg Welch / David Himmel / Mary C. Whitton / Kalman / John Eyles / Gregory Bishop / Predictive Tracking / Jeffrey Juliano / Anthony Steed / Spike / Sam Drake / Michael Gervautz / Jih-Fang Wang / Michael Harrington / Ceiling / William T. Vetterling / Scott Williams / Robert Bennett / Mary Whitton / Benjamin Lok / Rich Riesenfeld / Stefan Gottschalk / Vernon Chi / Don Greenberg / Motion / Pawan Kumar / Andy van Dam / Gary Bishop / Xiao-Rong Li / Kevin Arthur / John Thomas / Saul A. Teukolsky / Kurtis Keller / Stephen Brumback / / /
Position
head / noise model / engineer / Center Director / Bishop / representative / Human Head / Inertial Head / model of the relationship / model / /
Product
HiBall / Ceiling / Powell / /
ProgrammingLanguage
D / C++ / /
ProvinceOrState
Minnesota / Utah / California / Arizona / Florida / North Carolina / Massachusetts / /
PublishedMedium
IEEE Spectrum / Computer Graphics / /
Technology
radiation / 1999 SYMPOSIUM ON VIRTUAL REALITY SOFTWARE AND TECHNOLOGY / html / relatively slow brute-force algorithm / flow control / communication protocol / 3D Graphics / flash / Alpha / full-duplex / SYSTEM OVERVIEW SYMPOSIUM ON VIRTUAL REALITY SOFTWARE AND TECHNOLOGY / VIRTUAL REALITY / interface SYMPOSIUM ON VIRTUAL REALITY SOFTWARE AND TECHNOLOGY / Kalmanfilter-based prediction-correction algorithm / SYMPOSIUM ON VIRTUAL REALITY SOFTWARE AND TECHNOLOGY / simulation / estimation algorithm / /