ACM Press / SensAble Technologies / W Industries/Virtuality Systems / Faro Technologies / Starbucks / /
Currency
USD / /
Event
Reorganization / /
Facility
Chapel Hill Eric Foxlin InterSense I / Chapel Hill / Massachusetts Institute of Technology / /
IndustryTerm
navigation systems / acoustic ranging systems / nonimmersive applications / Passive systems / few sensing technologies / specific applications / human motion tracking devices / magical device / radar systems / radio frequency technologies / motion tracking systems / less dense infrastructure / ammunition technologies / immersive systems / pulsed time-of-flight acoustic systems / continuous carrier-phase acoustic tracking system / location-aware networks / inertial input devices / high-resolution stereoscopic wireless video link / software engiphysical principles neering6 / wide-area systems / optical systems / wireless capability / haptic devices / electromagnetic energy decreases / tracking systems / acoustic systems / free-air tracking device / electromechanical devices / 2D semiconductor device / food / active source systems / conventional radio frequency systems / energy / radiated energy / strapdown inertial navigation algorithm / estimation algorithms / indoor applications / active-source alternating current systems / microelectronic mechanical systems / tracker-on-a-chip / Computer graphics systems / wireless tracking / light energy / imaginary tracker-on-a-chip / recent systems / real-time computer-aided surgical systems / power-consuming electronics / local positioning systems / prediction algorithms / handheld devices / medical and military applications / hybrid systems / signal-processing strategies / active devices / digital image-forming devices / human motion tracking systems / active infrastructure / signal-processing electronics / ultrasonic ranging technology / image-forming devices / microwave equipment / inertial navigation systems / online measurements / radio navigation systems / unconstrained 3D tracking applications / /
NaturalFeature
Chapel Hill / /
Organization
US Federal Communications Commission / University of North Carolina / Massachusetts Institute of Technology / /
Person
Augmented Reality / /
Position
driver / personal digital assistant / display and hand controller / physician / player / head / surgeon / forward / interactive graphics Head / /
ProgrammingLanguage
DC / /
ProvinceOrState
New York / North Carolina / Massachusetts / /
PublishedMedium
Computer Graphics / /
Technology
semiconductor / Optical sensing / X-ray / virtual reality / tracking technology / GPS / six ammunition technologies / ultrasound / personal digital assistant / microwave / prediction algorithms / estimation algorithms / strapdown inertial navigation algorithm / MEMS / lasers / ultrasonic ranging technology / radio frequency technologies / relatively few sensing technologies / ammunition technologies / radio frequency / tracking technologies / simulation / animation / PDA / imaginary tracker-on-a-chip / /
Motion Tracking Survey Motion Tracking: No Silver Bullet, but a Respectable Arsenal