Lockheed Martin / Astrophysics Laboratory / the Sun / General Dynamics / /
Event
Product Issues / /
Facility
The Solar Dynamics Observatory / Stanford University / INTRODUCTION The Solar Dynamics Observatory / NASA Goddard Space Flight Center / Solar Dynamics Observatory / University of Colorado / /
IndustryTerm
software structure / flight software tasks / attitude solution / gimbal control electronics / relative time processor / software reconfiguration / data processing / absolute time processor / software fault / solar array electronics / cross-strapped attitude control electronics / sensor data processing / correction software structure / power service electronics / on-board software / spacecraft software modules / power services / flight software / software tasks / redundant hardware / /
Organization
first Space Weather Research Network mission / Stanford University / US Federal Reserve / University of Colorado / SDO FDC / Atmospheric Imaging Assembly / National Aeronautics and Space Administration / Wendy M. Morgenstern Goddard Space Flight Center / /
Person
Thomas M. Kenney / Galileo Avionica / Manuel D. Maldonado / Melissa F. Vess / /
Position
MP / SunAcq controller / controller / /
Product
commands / ST data / /
ProvinceOrState
New Mexico / Maryland / Colorado / /
SportsLeague
Stanford University / /
Technology
ADC / main processors / absolute time processor / relative time processor / /
FAULT DETECTION AND CORRECTION FOR THE SOLAR DYNAMICS OBSERVATORY ATTITUDE CONTROL SYSTEM Scott R. Starin, Melissa F. Vess, Thomas M. Kenney, Manuel D. Maldonado, and Wendy M. Morgenstern Goddard Space Flight Center, Gre