In this work, a centralised robust model predictive control (CRMPC) algorithm is proposed
for reentry vehicles to track reference attitude trajectories subject to state/input constraints …

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

The recent successes of demonstration missions based on solar sail technology have paved
the way for designing new mission scenarios with propellantless propulsion systems. In this …

In this article, a novel pose (ie, concurrent position-attitude) tracking control framework is
proposed for spacecraft proximity operations with a freely tumbling target, employing the …

This work addresses the challenging problem of finite-time fault tolerant attitude stabilization
control for the rigid spacecraft attitude control system without the angular velocity …

For the challenging problem that a spacecraft approaches a tumbling target with non-
cooperative maneuver, an anti-saturated proximity control method is proposed in this paper …

Abstract Rendezvous and Proximity Operations (RPOs) of two autonomous spacecraft have
been extensively studied in the past years, taking into account both the strict requirements in …

Multiscale consensus has been studied recently as a new concept in the field of multi-agent
systems, which is able to accommodate many complicated coordination control tasks where …

This letter considers autonomous rendezvous maneuver and proximity operations of two
spacecraft in presence of obstacles. A strategy that combines guidance and control …

This article presents an adaptive model-free fault-tolerant control scheme based on integral
reinforcement learning (IRL) technique for tracking control of a highly flexible aircraft (HFA) …