This work investigates the challenging problem of fast robust fault tolerant attitude control for
spacecraft to handle external disturbances, actuator failures and misalignments. More …

This paper presents a six-degree-of-freedom relative motion control method for autonomous
spacecraft rendezvous and proximity operations subject to input saturation, full-state …

This paper addresses the problem of robust fault-tolerant control of spacecraft attitude
stabilization in the presence of model uncertainties, actuator failures, and external …

This paper studies the relative position tracking and attitude synchronization of non-
cooperative spacecraft rendezvous with model uncertainty and external disturbance. The …

A novel guidance algorithm is proposed for the attitude reorientation of a rigid body
spacecraft in the presence of multiple types of attitude-constrained zones. In this direction …

On-orbit assembly is a highly effective technique for building large space structures. This
paper presents the dynamics and control of an on-orbit assembly of a large space structure …

Relative motion control with 6 degrees of freedom (6 DOF) is investigated for a chaser
spacecraft with parametric uncertainties to approach an unknown tumbling space target …

An adaptive finite-time control scheme is developed for noncooperative spacecraft fly-
around subject to input saturation, full-state constraints, dynamic couplings, parameter …

This paper investigates the robust relative pose control for spacecraft rendezvous and
proximity operations subject to input saturation, kinematic couplings, parametric …

This work develops a novel disturbance observer and integral sliding mode technique
based fault tolerant attitude control scheme for spacecraft, which is subject to external …