| Document Date: 2001-05-03 09:51:07
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City Chapel Hill / Maple Place Minneapolis / Minneapolis / / Company B & L Engineering / Amp / Image Guided Technologies / Ascension Technology / Motion Analysis Corporation / Realities Corporation / UDT Sensors Inc. / Siemens / / Country United States / / / Facility stable IEEE1284C / Tomorrow's Realities gallery / University of North Carolina / Chapel Hill Department / / Holiday Ascension / / IndustryTerm wide-area applications / mathematical solution / analog optical sensor systems / magnetic tracking systems / capture systems / contained electronics / wireless operation / communication protocol / optical systems / 2D image processing / optical technologies / metal panel / on-line averages / folded electronics / inertial hybrid systems / carrier phase / pose-aware input devices / software protection / landmark infrastructure / wireless implementation / outward looking tracking systems / brute force search / acoustic and magnetic technologies / efficient on-line method / on-line measurements / lter-based algorithm / image-forming optical devices / head tracking systems / performed using a brute force search / / Organization Chapel Hill Department of Computer Science / University of North Carolina / Ceiling-HiBall Interface Board / / Person Ivan Sutherland / Stephen Brumback / Leandra Vicci / Gary Bishop / Kurtis Keller / / / Position head / Bishop / wide-area head / controller / / Product HiBall Tracking System / / ProgrammingLanguage D / DC / / ProvinceOrState Minnesota / North Carolina / / Technology radiation / full-duplex / image processing / VLSI chips / SCAAT algorithm / communication protocol / Digital cameras / unusual Kalman-filter-based algorithm / simulation / acoustic and magnetic technologies / /
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The HiBall Tracking System Presence: Teleoperators and Virtual Environments (10:1), February, 2001 High-Performance Wide-Area Optical Tracking The HiBall Tracking System