This paper investigates a learning observer-based fault-tolerant control strategy for a rigid
spacecraft attitude system with external disturbance, parameter uncertainty and actuator …

In this paper, a finite-time fault-tolerant control method is developed for attitude tracking of a
nano-satellite with three magnetorquers and one reaction wheel in the presence of actuator …

In this paper, the previous work of the authors on Subspace Predictive Control (SPC) in the
context of spacecraft roto-translational relative motion is pursued, and the introduced novel …

In this paper, an adaptive modified sliding mode control approach is developed for attitude
tracking of a nano-satellite with three magnetorquers and one reaction wheel. A sliding …

Asymmetrical spin stabilized satellite dynamics in the vicinity of the required motion is
considered. The principal axis of the maximum moment of inertia slightly deviates from its …

Due to the risks that the debris satellites pose to missions, one of the more recent study
subjects in space is the removal of these debris masses from orbit. The usage of tethered …

This paper investigates the problem of anti‐disturbance fault estimation and attitude tracking
fault tolerant control for a flexible spacecraft subject to actuator faults, external disturbances …

The control problem of rigid body attitude redirection with attitude constraints and the fault-
tolerant control problem of actuator faults have been extensively investigated individually …

The problem of retargeting rigid body attitude with attitude constraints has been extensively
investigated, whereas the challenge persists in maneuvering rigid-body attitude with …

With the development of robotic technology and theory, there is an expectation for robots to
operate in complex environments. This paper addresses the joint tracking control problem of …