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[removed]A DOCKING SYSTEM FOR MICROSATELLITES BASED ON MEMS ACTUATOR ARRAYS* David M. Meller Joel Reiter, Mason Terry, Karl F. Böhringer, Ph.D., Mark Campbell, Ph.D Department of Electrical Engineering
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Document Date: 2001-02-06 21:45:00


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File Size: 1,49 MB

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City

Donald / San Francisco / Napa Valley / Center / Palo Alto / Stockholm / Yokohama / Pittsburg / Hilton Head / San Diego / Chicago / /

Company

University of Washington MEMS Laboratory / Washington Technology Center Microfabrication Laboratory / LSI / TattleTale 8 / Motorola / IMEC Company / Xerox / Micro Electro Mechanical Systems / Aeronautics and Astronautics Inc. / /

Country

Sweden / Japan / /

Facility

Stanford University / American Institute of Aeronautics / NASA’s Marshall Space Flight Center / University of Washington / Electrical Engineering University of Washington Seattle / Xerox Palo Alto Research Center / /

IndustryTerm

stereo imaging approach / control algorithms / hardware solution / miniature spacecraft applications / coordinate systems / manufacturing defect / mother satellite / cilia systems / attendant positioning systems / stereo imaging techniques / Image processing algorithms / software allowing / 40kg satellite / electrical services / microcilia chip / microcilia chips / carrier phase measurements / random access devices / communication services / stereo imaging / frame grabber hardware / stereo imaging process / larger satellite / systems / system-level solution / image processing / purpose satellite / position-sensing systems / minimal control electronics / frame-grabber hardware / addressable imaging chip / distributed microactuation systems / Data processing software / host satellite / main satellite / electrical and other services / be determined using stereo imaging techniques / /

MusicAlbum

AND / /

MusicGroup

Ph.D. / Within / /

Organization

University of Washington / National Science Foundation / American Institute of Aeronautics and Astronautics / American Institute of Aeronautics / Stanford University / National Aeronautics and Space Administration / NASA’s Marshall Space Flight Center / Electrical Engineering University of Washington Seattle / /

Person

Mark Campbell / Washington Seattle / David M. Meller / John W. Suh / Gregory T. A. Kovacs / John Suh / Pixel / David M. Meller Joel Reiter / Joel Reiter / R. Bruce Darling / Mike Sinclair / Mason Terry / Karl F. Böhringer / /

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Position

controller / /

ProgrammingLanguage

LabView / /

ProvinceOrState

Illinois / Washington / Pennsylvania / South Carolina / North Carolina / California / /

SportsLeague

Stanford University / /

Technology

FPGA / optical sensing / four microcilia chips / GPS / random access / four chips / image processing / FPGA processor / laser / addressable imaging chip / control algorithms / Microcilia chips / simulation / Image processing algorithms / using an FPGA / /

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