Object kinetics perception in auto-stereoscopic vision

In this paper, we study the conditions for the perception of object kinetics, produced by a multi-view autostereoscopic system and a set of still images. We assess the capabilities and performances of such an optical system to encode complex trajectories and kinetics of objects moving in depth. In particular, we set up rules to create motions with non-uniform velocities, when obtained by motion parallax induced by the observer. We establish a link with plenoptic systems from where we derive some applicable scaling rules to ensure stereoscopic vision and to provide fluid motion perception with a satisfying visual comfort. Finally, we scale the optical system, thanks to obtained parameters, to emulate the perception of object motions in depth with a fluid kinetics and to create impressive motion effects.