Chaotic Attitude Synchronization of Multiple Spacecraft Using Distributed Predictive Control
Hossein Karimian, Naser Pariz, Asad Azemi · 2013
This paper investigates the problem of synchronizing the chaotic attitude dynamics of multiple spacecraft is investigated based on the distributed predictive control approach. Kinematic and dynamic equations are used to describe the spacecraft system according to the Modified Rodriguez Parameters representation. The respective method follows the sequential and cooperative structure of distributed algorithms in order to create the control input and apply it to any spacecraft. Finally, simulation results are presented to verify and demonstrate the effectiveness and feasibility of the proposed method.