This paper investigates the fixed-time stability of spacecraft formation flying by considering
input saturation and prescribed performance constraints, including the safe distance …

This paper addresses the fixed-time control problem for automatic carrier landing. By
transforming a six-degrees-of-freedom fixed-wing aircraft model into the affine form with …

This paper investigates the problem of position tracking and attitude synchronization for
spacecraft rendezvous and docking with a tumbling target, in which kinematic couplings …

The problem of fixed-time control is addressed for the autonomous proximity of non-
cooperative targets with full-state constraints, input saturation, parameter uncertainties, and …

Inspired by the integrated guidance and control design for endo-atmospheric aircraft, the
integrated position and attitude control of spacecraft has attracted increasing attention and …

This paper investigates the control issue of the noncooperative spacecraft proximity with
prescribed performance by exploiting only relative motion information. To accommodate the …

This paper investigates an analytical optimal pose tracking control problem for chaser
spacecraft during the close-range proximity operations with a non-cooperative space target …

Rendezvous is one of the fundamental phases of on-orbit servicing (OOS) missions. Since it
requires high accuracy and safety, modeling is an indispensable part. Therefore, this article …

This paper investigates a novel predictive control approach for spacecraft attitude
stabilization and tracking problems with consideration of performance constraints, angular …

Removing a limited number of large debris can significantly reduce space debris risks.
These bodies are generally exposed to extreme environmental disturbance torques or …