Publication | Open Access
The HiBall Tracker
142
Citations
25
References
1999
Year
Unknown Venue
Hiball TrackerEngineering3D Pose EstimationField RoboticsWearable TechnologyVr ApplicationsKinesiologyMotion CaptureVirtual RealityObject TrackingRobot LearningHuman MotionKinematicsHead-mounted DisplayHiball Tracking SystemHealth SciencesMachine VisionMoving Object TrackingComputer ScienceComputer VisionAerospace EngineeringEye TrackingHuman-computer InteractionOrientation NoiseTracking System
Our HiBall Tracking System generates over 2000 head-pose estimates per second with less than one millisecond of latency, and less than 0.5 millimeters and 0.02 degrees of position and orientation noise, everywhere in a 4.5 by 8.5 meter room. The system is remarkably responsive and robust, enabling VR applications and experiments that previously would have been difficult or even impossible.
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