Title :
L1 adaptive attitude control for a picoscale satellite test bed
Author :
Sease, Bradley ; Qinmin Yang ; Yunjun Xu ; Jiaxing Che ; Chengyu Cao
Author_Institution :
Univ. of Central Florida Orlando, Orlando, FL, USA
Abstract :
Smaller and more agile space assets, such as picoscale satellites, have become one of the promising focuses for space missions because of the benefits in cost reduction, enhanced flexibility, survivability, and reliability. A simple magnetic torque coil-based attitude control system is proposed here for a one unit picoscale satellite test bed using an L1 adaptive controller. A pointing accuracy of 2 deg is achieved in both a one-axis ground test bed and three-axis control simulation.
Keywords :
adaptive control; artificial satellites; attitude control; torque control; L1 adaptive attitude control; agile space assets; cost reduction; flexibility enhancement; magnetic torque coil-based attitude control system; one-axis ground test bed; picoscale satellite test bed; pointing accuracy; reliability enhancement; space missions; survivability enhancement; three-axis control simulation; Attitude control; Coils; Magnetic resonance imaging; Quaternions; Satellites; Torque; Uncertainty;
Journal_Title :
Aerospace and Electronic Systems, IEEE Transactions on
DOI :
10.1109/TAES.2014.120175