Adjustable Adaptation for Spatial Augmented Reality Workspaces

Abstract

Many cases in which augmented reality would be useful in everyday life requires the ability to access to information on the go. This means that interfaces should support user movement and also adjust to different physical environments. Prior research has showed that spatial adaptation can reduce the effort required to manage windows when walking and moving to different spaces. We designed and implemented an unified interaction system for AR windows that allow users to quickly switch and fine tune spatial adaptation. Our study indicates that a small number of adaptive behaviors is sufficient to facilitate information access in variety of conditions.