This paper comprehensively analyzes advanced Fault Diagnosis and Prognosis (FDP)
techniques employed in aerial and space agents such as satellites, spacecraft, and …

This study explores distributed fault diagnosis strategies for clusters of diverse small
satellites, encompassing variations in Lipschitz-based non-linear dynamic systems and …

In this study, the distributed fault estimation and control of clusters of satellites with
heterogeneous nonlinear dynamics is investigated to determine the magnitude and shape of …

The problem of fixed‐time formation control for a class of second‐order nonlinear multi‐
agent systems is studied. For a class of such systems, a control algorithm is proposed to …

This paper addresses the trajectory planning and control problem of multi-spacecraft
formation reconstruction in the presence of obstacles. By expressing spacecraft dynamics …

Distributed spacecraft systems (DSS) involving SmallSats in low Earth orbit are gaining
significant interest both for Earth observation and on-orbit servicing purposes. However, the …

This paper explores the problem of distributed fault detection and estimation for clusters of
satellites. An observer implemented on each satellite can detect faults and estimate their …

The capacity to keep a desired topology with a requested accuracy plays a significant role in
every spacecraft formation-flying operation. These missions can be terminated in case of an …

This paper addresses the challenge of distributed fault diagnosis in the context of the one-
sided Lipschitz formation of agents. Each agent integrates an observer to detect and …

Our main objective in this paper is to design distributed cooperative synchronization and
reconfigurable control for a network of heterogeneous multi-agent nonlinear space robotics …