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Near Real-Time Closed-Loop Optimal Control Feedback for Spacecraft Attitude Maneuvers

  • Kartonierter Einband
  • 152 Seiten
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Optimization of spacecraft attitude maneuvers can significantly reduce attitude control system size and mass, and extend satellit... Weiterlesen
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Optimization of spacecraft attitude maneuvers can significantly reduce attitude control system size and mass, and extend satellite end-of-life. Optimal control theory has been applied to solve a variety of open-loop optimal control problems for terrestrial, air, and space applications. However, general application of real-time optimal controllers on spacecraft for large slew maneuvers has been limited because open-loop control systems are inherently vulnerable to error and the computation necessary to solve for an optimized control solution is resource intensive. This research effort is focused on developing a near real-time optimal control (RTOC) system for spacecraft attitude maneuvers on the Air Force Institute of Technology's 2nd generation simulated satellite, SimSat II. To meet the end goal of developing a RTOC controller, necessary preliminary steps were completed to accurately characterize SimSAT II's mass properties and attitude control system. Using DIDO, a pseudospectralbased optimal control solver package, to continuously solve and execute a sequence of optimized open-loop control solutions in near real-time, the RTOC controller can optimally control the state of the satellite over the course of a large angle slew maneuver. In this research, simulation and experimental results clearly demonstrate the benefit of RTOC versus other non-optimal control methods for the same maneuver.

Produktinformationen

Titel: Near Real-Time Closed-Loop Optimal Control Feedback for Spacecraft Attitude Maneuvers
Autor:
EAN: 9781288331437
ISBN: 1288331436
Format: Kartonierter Einband
Anzahl Seiten: 152
Gewicht: 286g
Größe: H246mm x B189mm x T9mm
Jahr: 2012

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