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Proceedings Paper

Scaling up the MIT holographic video system
Author(s): Pierre St-Hilaire; Mark E. Lucente; John D. Sutter; Ravikanth Pappu; Carlton J. Sparrell; Stephen A. Benton
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Paper Abstract

Electronic holographic imaging, developed at the MIT Media Laboratory Spatial Imaging Group over the past five years, is a truly three-dimensional real-time digital imaging medium. Recent work in holographic video has demonstrated that the crucial technologies -- computation, electronic signal manipulation, and optical modulation and scanning -- may be scaled up to produce larger, more interactive, full-color holographic images. Synthetic images and images derived from real-world scenes are quickly converted into holographic fringe patterns using newly-developed `diffraction-specific' computational algorithms. A parallel- architecture signal processing system distributes the holographic video among multiple output boards. To diffract light so as to form an image in real time, the display employs an 18- parallel-channel, scanned, time-multiplexed acousto-optical modulator. The successful scaling- up of the MIT holographic video system has depended on the application of the concepts of electronic and optical parallelism at every stage.

Paper Details

Date Published: 17 February 1995
PDF: 7 pages
Proc. SPIE 2333, Fifth International Symposium on Display Holography, (17 February 1995); doi: 10.1117/12.201946
Show Author Affiliations
Pierre St-Hilaire, MIT Media Lab. (United States)
Mark E. Lucente, MIT Media Lab. (United States)
John D. Sutter, MIT Media Lab. (United States)
Ravikanth Pappu, MIT Media Lab. (United States)
Carlton J. Sparrell, MIT Media Lab. (United States)
Stephen A. Benton, MIT Media Lab. (United States)


Published in SPIE Proceedings Vol. 2333:
Fifth International Symposium on Display Holography
Tung H. Jeong, Editor(s)

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