Considering human capability for spatial orientation and navigation, the visualization used to support the localization of off-screen targets inevitably influences the …
Interactive user interfaces in head-mounted Augmented Reality environments are not always projected onto a physical surface. However, operating such free-floating interfaces by …
Rendering for Head Mounted Displays (HMD) causes a doubled computational effort, since serving the human stereopsis requires the creation of one image for the left and one for the …
Influence of Gravity on Exocentric and Egocentric Target Cueing Using Augmented Reality
Direct object selection in an Augmented Reality environment that is coded outside of human body frame of reference is deteriorated under short-term altered gravity. As …
The performance of Augmented Reality (AR) direct object selection coded outside of the human egocentric body frame of reference is decreased under short-term altered gravity. …
We investigated new interface technologies to ease astronaut0s work under altered gravity. By bridging the gap between the physical reality and digital information, Augmented …
We present our current state in developing and testing of Augmented Reality supported spaceflight procedures for intra-vehicular payload activities. Our vision is to support the …
Future user interface technologies will shift away from conventional displays, mice and keyboards and will claim the joint use of our physical world. Augmented Reality bridges this …
In this paper we describe an experiment that studies the effect of hyper- and microgravity on human hand-eye coordination while interacting with virtual content provided by a …
Augmented Reality (AR) can be used to enhance the quality and reliability of tasks executed in miscellaneous environments. This preliminary paper describes the use of AR support in …