Short Paper: User Study for Mobile Mixed Reality Devices

Immersive virtual reality systems such as CAVEs and head-mounted displays offer a unique shared environment for collaborations unavailable in the real world.. Virtual environments

A mobile sys- tem consisiting of a carriage equiped with an infrared laser based tracking system, a touch-monitor for collaborative ses- sions and a video camera mounted on a

In this paper, we evaluate three confirmation methods, Hand-held (pressing a hand-held button), Voice (verbally re- porting) and Waiting (detecting nearly no movement of the head for

Further, we present a concept of a low-cost head-mounted display with eye tracking and discuss applications which strongly depend on or benefit from gaze estimation.. Categories

Según los resultados, se observa que existen diferencias estadísticas significativas entre los dos dispositi- vos de visualización en cuanto a la inmersión que ofrecen, a favor

Accordingly, we developed a 6 degrees of Freedom (DOF) slave robot that can mimic the human upper body movement; a cockpit with motion tracking system and a Head Mounted Display

The last 25 mm of the len- ses on the sides are beyond human FOV (as blackened in Figu- re 2). Even smaller FOV, lenses and screens are sufficient for typical use. Figure 3 left

In this paper, we propose an implicit and continuous data ac- quisition method for 3D gaze depth estimation for an optical see-Through head mounted display (OST-HMD) equipped with