The external disturbance, model uncertainty and actuator faults can affect performance even
the safety of flight. To tackle such problems, an adaptive fault-tolerant control method is …

This paper outlines a complete methodology for modeling an on-orbit servicing mission
scenario and designing a feedback control system for the attitude dynamics that is …

Rigid-body reorientation under attitude constraints has been studied extensively, but few of
them take into account the actuator faults which occur frequently in practice. Since the …

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 …

The paper addresses the problem of fault tolerant control (FTC) for reentry vehicles (RV)
subject to actuator fault and perturbation. In contrast to the majority of papers assuming …

This study proposes a novel, safe, and stable-by-design model predictive control (MPC)
framework for multistage autonomous rendezvous and docking (AR&D) with a tumbling …

The goal of this study is to develop fault estimation (FE) and fault tolerant control (FTC)
techniques for rigidly coupled spacecraft. A fuzzy adaptive sliding mode fault estimation …

This paper investigates the adaptive control problem for the strict-feedback nonlinear time-
varying system (NTVS) with unknown control coefficients and model uncertainties. To …

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 …

In this paper, for a translation and rotation coupled spacecraft, a saturated adaptive pose
controller is proposed to achieve the desired pose configuration tracking under the attitude …