The head- mounted system developed at UNC uses the Pixel-Planes machine [FGH+85], which is capable of generating thirty thousand Gouraud shaded polygons per ...
In this paper, a new optical system for real-time, three-dimensional position tracking is described. This system adopts an "inside-out" tracking paradigm.
A real-time optical 3D tracker for head-mounted display systems ... A demonstrated optical tracker with scalable work area for head-mounted display systems.
In this paper, a new optical system for real-time, three-dimensional position tracking is described. This system adopts an "inside-out" tracking paradigm.
In this paper, a new optical system for real-time, three-dimensional position tracking is described. This system adopts and 'inside-out' tracking paradigm.
Industry leading precision motion capture and 3D tracking systems for Virtual Reality, CAVE, and HMD applications.
No information is available for this page. · Learn why
A Real-Time Optical 6D Tracker for Head-Mounted Display Systems
apps.dtic.mil › citations › ADA222884
Significant advance has been made towards realistic synthesis and display of three-dimensional objects using computers during the past two decades.
In this paper, a new optical system for real-time, three-dimensional position tracking is described. This system adopts an inside-out tracking paradigm.
A new optical system for real-time, three-dimensional position tracking is described, which adopts an "inside-out" tracking paradigm.