Crosstalk reduction in tabletop multiview display with fog screen

Fog screens offer a great advantage to be used as scattering screens in three-dimensional displays. In the absence of a fixed rigid form, fog screens work as screens without any physical obstruction. The density of water droplets can be regulated to adjust the screen's transparency and scatteri...

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Published in:ETRI journal 2022-08, Vol.44 (4), p.686-694
Main Authors: Jeon, Hosung, Lim, Sungjin, Jung, Minwoo, Yoon, Junghoo, Park, Changhwan, Seok, Junho, Yu, Ji-man, Hahn, Joonku
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container_issue 4
container_start_page 686
container_title ETRI journal
container_volume 44
creator Jeon, Hosung
Lim, Sungjin
Jung, Minwoo
Yoon, Junghoo
Park, Changhwan
Seok, Junho
Yu, Ji-man
Hahn, Joonku
description Fog screens offer a great advantage to be used as scattering screens in three-dimensional displays. In the absence of a fixed rigid form, fog screens work as screens without any physical obstruction. The density of water droplets can be regulated to adjust the screen's transparency and scattering level. This study proposes a method for crosstalk reduction between adjacent viewing windows by decreasing the divergence of view of the projector, with concentration lenses. By applying the Scheimpflug principle, we also reduce the keystone effect, which occurs when the fog screen is slanted with respect to the optical axis. In this study, we have realized a tabletop multiview fog display without any structures on the table and established that the proposed method is feasible for decreasing crosstalk effectively.
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title Crosstalk reduction in tabletop multiview display with fog screen
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