Relative motion control with six degrees of freedom (6-DOF) for spacecraft proximity
operations in prescribed performance control (PPC) framework has become a hot issue in …

This paper aims to discuss the approach of constrained modified feedback linearization
model predictive control for the spacecraft simulator. By utilizing the high accuracy and …

In this paper, the previous work of the authors on Subspace Predictive Control (SPC) in the
context of spacecraft roto-translational relative motion is pursued, and the introduced novel …

The method, using a servicing spacecraft (SS) mounted with very flexible operation devices
(FOD), has shown promising application in detumbling rotating satellites due to its unique …

This study investigates the fault-tolerant control problem associated with pose tracking for
coupled spacecraft in the presence of both actuator faults and actuator saturation constraint …

The escalating prevalence of formation flights in space missions has led researchers to
intensify their focus on designing optimal control systems for satellite formation motion along …

This paper investigates the fault detection and fault-tolerant control (FTC) problems for
discrete-time multi-agent systems (MASs) with sensor faults. Firstly, the dynamic …

In this paper, an approximate optimal control method based on adaptive dynamic
programming (ADP) is proposed for the proximity operations with six degrees of freedom (6 …

A cooperative active defense strategy via differential game theory and distributed
estimations is proposed. To improve the survivability of the aerospace vehicles against the …