A Wide-field-of-view Table-ornament Display Using Electronic Holography

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초록

Three-dimensional (3D) displays provide a significant advantage over traditional 2D displays by offering realistic images, and table-style displays in particular are ideal for generating 3D images that appear to float above a table. These systems are based on multiview displays, and are typically operated using temporal or spatial multiplexing methods to expand the viewing zone (VZ). The VZ is an expanded space that results from merging the sub-viewing zones (SVZs) from which an individual view is made. To increase the viewing angle, many SVZs are usually required. In this paper, we propose a table -ornament electronic holographic display that utilizes 3f parabolic mirrors. In holography, the VZ is not simply expanded but synthesized from SVZs to implement continuous motion parallax. Our proposed system is small enough to be applied as a table ornament, in contrast to traditional tabletop displays that are large and not easily portable. By combining multiview and holographic technologies, our system achieves continuous motion parallax. Specifically, our system projects 340 views using a time -multi-plexing method over a range of 240 degrees.

키워드

Electronic holography; High-speed scanner; Tabletop displays; Three-dimensional display; Viewing zone; INTEGRAL-FLOATING DISPLAY; SYSTEM
제목
A Wide-field-of-view Table-ornament Display Using Electronic Holography
저자
Heo, Daerak; Jeon, Hosung; Lim, Sungjin; Hahn, Joonku
DOI
10.3807/COPP.2023.7.2.183
발행일
2023-04
유형
Article
저널명
Current Optics and Photonics
권
7
호
2
페이지
183 ~ 190