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Implementation of polarization‐multiplexed tiled projection integral imaging system
Authors:Joohwan Kim  Yunhee Kim  Heejin Choi  Seong‐Woo Cho  Youngmin Kim  Junghyun Park  Gilbae Park  Sung‐Wook Min  Byoungho Lee
Affiliation:1. School of Engineering, Seoul National University, Gwank‐gu, Shillim‐dong, Seoul 151–744, Korea;2. Kyung Hee University, Seoul, Korea
Abstract:Abstract— A 40‐in. tiled projection integral imaging system has been implemented, adopting a polarization‐multiplexing technique. The system is composed of two full‐high‐definition (HD) projectors, a time‐varying polarizer, a polarization preserving screen, polarization films, a lens array, and a control unit. An elemental image set is projected using two full‐HD projectors to enhance the resolution of the system. The viewing region of the system is increased by using a polarization switching method. The polarization state of the elemental image set is changed by the time‐varying polarizer, and the elemental image set is diffused by the polarization preserving screen. The elemental image set with a preserved polarization state forms a three‐dimensional image with increased viewing angle by the integration of a lens array with polarization films. A 60‐in. tiled projection integral imaging system was also demonstrated using four full‐HD projectors.
Keywords:Integral imaging system  viewing region  polarization switching
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