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AAS[removed]THE INERTIAL STELLAR COMPASS: A MULTIFUNCTION, LOW POWER, ATTITUDE DETERMINATION TECHNOLOGY BREAKTHROUGH T. Brady, S. Buckley Charles Stark Draper Laboratory, Inc.
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Document Date: 2007-07-26 13:53:12


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City

Evaluation Directorate Cambridge / Westford / /

Company

S. Buckley Charles Stark Draper Laboratory Inc. Systems / Draper / The star / EMC / /

Facility

Fill Factory / Wallace Observatory / MIT’s Wallace Observatory / square FOV / /

IndustryTerm

spacecraft attitude control software / attitude determination solution / software modifications / navigation algorithms / mission applications / camera electronics / technology validation plan / electronics / sensor technology / ambitious applications / spacecraft technology / attitude determination algorithm / inertial navigation algorithms / onboard processor / /

Organization

A. Maynard NASA Goddard Space Flight Center / MIT / US Federal Reserve / National Aeronautics and Space Administration / /

Position

leader / forward in spacecraft technology / spacecraft bus designer / Major / General / Controller / engineer / /

ProgrammingLanguage

DC / /

ProvinceOrState

Maryland / Massachusetts / /

Technology

FPGA / radiation / MEMS / enabling technology / spacecraft technology / navigation algorithms / MEMS sensor technology / GPS / APS technologies / SRAM / simulation / ISC technology / image processing / inertial navigation algorithms / Lost-in-Space attitude determination algorithm / /

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