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Telescopes / Space telescopes / Attitude control / Orbits / Adaptive optics / Beam steering / Hubble Space Telescope / Laser / Inertial navigation system / Spaceflight / Technology / Space


Acquisition, tracking, pointing, and line-of-sight control laboratory experiments for a space-based bifocal relay mirror M. G. Spencer*, B. N. Agrawal, M. Romano Spacecraft Research and Design Center Naval Postgraduate S
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Document Date: 2013-06-21 18:13:18


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Company

Air Force Research Laboratory / Boeing / /

Currency

USD / /

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Facility

Air Force Research Laboratory / /

IndustryTerm

laser optic systems / optics systems / high energy lasers / integrated satellite / beam control optics technologies / control systems / development ofthese technologies / technology development / satellite functions / lowjitter technology / deconvolution algorithms / laser communications / electro-optical applications / imaging / surveillance applications / control technologies / basic technology demonstration / simulator hardware / /

Organization

Naval Postgraduate School / /

Person

Michael K. Masten / Trae / Pointing XVI / Acquisition / Tracking / Larry A. Stockum / Laser (red) Designator Laser / /

Position

king / feed-forward / forward control torque / closed loop controller / Computer/FSM Driver / controller / /

ProgrammingLanguage

C / Simulink / /

ProvinceOrState

California / /

Technology

laser / ATP technologies / lasers / control technologies / lowjitter technology / laptop computer / deconvolution algorithms / simulation / beam control optics technologies / development ofthese technologies / laser system / /

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