Peripheral Vision in Simulated Driving: Comparing CAVE and Head-mounted Display

Iwata stated in [3] that the use of head mounted display (HMD) caused some safety concern and suggested that large display systems are more suitable for hardware similar to

The system should also allow for different 3D stereo visualization technologies to be em- ployed, in particular, passive anaglyph and active with shut- ter

Since the perception of the VE space could depend on some physiological information, it is important to investigate the differences between gait parameters (such as velocity,

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

We compared four different devices under a prede- fined test scenario - an Ultra Mobile PC (UMPC), a Tablet PC, a monocular Head-Mounted see-through Display and a binocular

[IRL*08], have led us to wonder if the problem of distance underestimation in head-mounted display (HMD)-based IVEs may be rooted less principally in the low level visual

We present a generic framework which uses a CAVE virtual environment for the optimization of surgical workflows and operation room medical equipment arrangements.. The

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