The University of Adelaide / Karl Franzens University of Graz Master / University of Adelaide / Nanjing University of Aeronautics / /
IndustryTerm
satellite attitude control system / satellite model / software design / satellite attitude dynamics equation / satellite quaternion / satellite systems / satellite subsystems / satellite kinematic model / micro-satellite attitude control system / Satellite kinematic equations / micro-satellite / improved aerospace technology / microsatellite / satellite attitude / space satellite-communications / axis satellite attitude control / statistic processing methods / dynamic weighted neural network / micro-satellite design / satellite body coordinate system / quaternion satellite kinematic equations / satellite attitude dynamics model / satellite operation / satellite attitude determination / satellite attitude control / aerospace engineering technology / /
Organization
Nanjing University / Cube-Sat Mission / Defence Science and Technology Organisation / School of Mechanical Engineering / International Congress / Virginia Tech / Karl Franzens University / Consultative Committee for Space Data Systems / Faculty of Engineering / Computer / and Mathematical Science / University of Adelaide / Adelaide / /
Person
Ciann-Dong Yang / Simulation / Jordi Puing-Suari / Shinichi Nakasuka / John Gruenenfelder / Yun-Ping Sun / Amir Anvar / Hank Heidt / Robert J. Twiggs / Augustus S. Moore / /
20th International Congress on Modelling and Simulation, Adelaide, Australia, 1–6 December 2013 www.mssanz.org.au/modsim2013 Small-Satellite Magnetorquer Attitude Control System Modelling and Simulation Xiaoguang Yi a