Depth perception for moving images shown on a large LED display with an aperture grille

Abstract

Abstract— A type of depth illusion created by the use of an aperture grille is reported. When viewing a moving target through multiple slits, a movement with depth is perceived, which was originally reported (see Ref. 11). The binocular delay is considered to cause a virtual disparity between both perspective images with apparent movement. By using an LED display with an aperture grille as a stereoscopic display, perceived distance caused by a binocular delay has been measured. The measured distance is compared with the perceived distance for stereoscopic still images shown on a stereoscopic LED panel. The comparison supported that the binocular delay is converted into binocular disparity. Furthermore, pair‐comparison tests were conducted to investigate depth impressions. It was found that use of an aperture grille improves depth impression for a movie that was taken with a laterally moving camera.

Subjective Super-Resolution Model on Coarse High-Speed LED Display in Combination with Pseudo Fixation Eye Movements

“…A device used for the experiment a high-speed LED display system ( Fig. 7) that capable of displaying full color images at an arbitrary frame rate of 960/k fps where k is a positive integer representing consecutive repeated frame number [23]. In order to input display data numerically and output it, experiment was carried out under the condition that γ = 1.0 and gamma inverse correction is not performed.…”

Large stereoscopic LED display by use of parallax barrier of aperture grille type (Invited Paper)

“…We have also investigated variation of parallax barrier patterns: by rotating the parallax barrier, multiple images are provided according to the viewing distance [8] . Furthermore, we have discovered a new depth perception that was given by viewing LEDs through apertures [9] .…”

Aerial 3D LED display by use of retroreflective sheeting

“…Parallax barrier enables stereoscopic large LED display without eyewear 1,2 and depth perception for a moving picture that is taken with a monocular camera. 3 Viewer's movements are induced by changing the stereoscopic viewing zones. 4 Recently, a high-frame-rate LED display has been developed to interpolate black regions masked by the parallax barrier.…”