This research is devoted to the coordinated control of high-order fully actuated multiagent
systems (HOFA-MASs). A predictive control strategy is developed to realize the coordination …

Modern control algorithms based on artificial intelligence have shown good results in many
application fields. That is why some researchers have made an effort to introduce them in …

Magnetic torquers are attitude control devices used in spacecraft systems, and extensive
research has been conducted on the attitude control of such spacecraft systems equipped …

The subject of this work is the implementation and experimental testing of a purely magnetic
attitude control strategy, which can provide stabilization after the deployment and pointing of …

The ground-based spacecraft dynamics simulator plays an important role in the
implementation and validation of attitude control scenarios before a mission. The …

This paper focuses on investigating and analyzing hybrid control strategies of onboard
magnetic torque bars (MTs) and reaction wheels (RWs) for attitude stabilization on three …

This paper introduces a novel active nutation/wobble rejection control method for spinning
satellites enduring thrusting disturbances and reaction wheel limitations. Our approach …

A Satellite Attitude Dynamics Simulator is a low-cost, ground-based system made to
simulate the conditions of a weightless satellite in space. The identification of the mass …

This paper focuses on a single-axis control of a wheeled spin satellite while the entire
angular momentum is not zero. The presented technique includes a feedback control law …

Because of the high cost and the long-life requirements of the satellites, they are subjected
to various tests on ground before launching. So that all the units assembled to the satellite …