High-quality control method is of great importance for the attitude determination and
maneuvering of spacecraft in the on-orbit servicing technology. Prescribed performance …

This paper designs an active fault-tolerant control system for spacecraft attitude control in the
presence of actuator faults, fault estimation errors, and control input constraints. The …

The article addresses the event-triggered attitude control problem for spacecraft anti-
unwinding reorientation with multiple attitude constraints in the presence of external …

A new disturbance observer-based control method is presented in this paper to address the
attitude tracking problem of rigid-body spacecraft in the presence of external disturbances …

A sliding mode controller is proposed for the attitude control of spacecraft reorientation with
attitude constraints. By introducing a potential function, a novel sliding function is designed …

The challenge of satellite stabilization, particularly those with uncertain flexible dynamics,
has become a pressing concern in control and robotics. These uncertainties, especially the …

Reliable spacecraft's attitude control is one of the core research areas of the space industry
due to the need for sustainable space exploration and advancements in space technology …

This article addresses the attitude reorientation problems of rigid bodies under multiple state
constraints. A novel reinforcement learning (RL)-based approximate optimal control method …

In this article, the constrained attitude control problem with a prescribed performance
requirement is investigated, and a systematic method involving the synthesis of path …

This article investigates the attitude control problem of a rigid body subject to attitude and
angular rate constraints (double-level state constraints), and inertia uncertainties. A data …