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Optics / Projectors / Microtechnology / Semiconductor devices / Electronics / Digital Light Processing / Digital micromirror device / Spatial light modulator / Micromirror device / Display technology / Optoelectronics / Technology


header for SPIE use Holographic recording using a digital micromirror device Ryder S. Nesbitt, Steven L. Smith, Raymond A. Molnar, Stephen A. Benton Spatial Imaging Group, Media Laboratory, Massachusetts Institute of Te
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Document Date: 1999-02-04 17:29:48


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File Size: 405,65 KB

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City

Cambridge / /

Company

Coherent Inc. / Spatial Imaging Group / DuPont / DIGITAL LIGHT PROCESSING SYSTEMS / MIT Media Laboratory / Ryder / Media Laboratory / Ames / Texas Instruments Inc. / Honda R&D Ltd. / DMD Display Systems / Raymond A. Molnar / /

Event

Person Communication and Meetings / Business Partnership / Force Majeure / /

Facility

MIT Media Laboratory / Media Laboratory / Massachusetts Institute of Technology / /

IndustryTerm

digital micromirror devices / infrared optical device / holographic applications / machined device / image processing / holographic stereogram printer systems / metal oxide semiconductor / electronics / video processing / grayscale imaging / light processing / digital micromirror device / imaging / /

OperatingSystem

Microsoft Windows / /

Organization

US Federal Reserve / Society for Information Display International Symposium / Massachusetts Institute of Technology / /

Person

A. Benton Spatial / V. Michael Bove / Jr. / Stephen A. Benton / Greg Hewlett / Steven L. Smith / /

Position

representative / /

ProvinceOrState

Massachusetts / /

Technology

semiconductor / laser / MEMS / DLP system / random access / SRAM / image processing / /

URL

http /

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