Adaptive viewing distance in super multi-view displays using aperiodic 3-D pixel location and dynamic view indices

This clip proves the feasibility of the proposed method for a viewing-lobe-free SMV 3D display when a viewer is horizontally moving in a practical environment

Adaptive viewing distance in super multi-view displays using aperiodic 3-D pixel location and dynamic view indices

This clip shows the composition of the test contents and its directional images perceptually observed in the test displays when a built-in stereo camera moves horizontally

Adaptive viewing distance in super multi-view displays using aperiodic 3-D pixel location and dynamic view indices

This clip proves the feasibility of the proposed method for a viewing- lobe -free SMV 3D display when a viewer is depth-directionally moving in a practical environment

Adaptive viewing distance in super multi-view displays using aperiodic 3-D pixel location and dynamic view indices

This clip shows the details of experimental setups and real-time performance of the proposed method. Although flipping images start to be shown at the front bound of the original SMV display, those are disappeared in the modified SMV display by the proposed method

Adaptive viewing distance in super multi-view displays using aperiodic 3-D pixel location and dynamic view indices

This clip proves the feasibility of the proposed method for a viewing- lobe -free SMV 3D display when a viewer is vertically moving in a practical environment