In this study, the issue of the performance guaranteed fault-tolerant control for formation
reconfiguration with collision avoidance in the multi-spacecraft system subjects to space …

This article investigates a reconfiguration problem of the satellite cluster with collision
avoidance. Focusing on the uncertain disturbances with upper bound, a tube-based …

This paper presents trajectory planning algorithms for large-scale satellite clusters
reconfiguration based on sequential convex programming, and these algorithms consider …

Coordinated taxiing planning for multiple aircraft on flight deck is of vital importance which
can dramatically improve the dispatching efficiency. In this paper, first, the coordinated …

This paper presents an energy optimal guidance algorithm for the approach of a damaged
spacecraft with the consideration of the arbitrary number of moving obstacles. The proposed …

Spacecraft swarms can achieve mission objectives otherwise impossible by monolithic
satellites. To this end, swarms need to autonomously reconfigure their relative motion while …

This paper aims to address a challenging problem of a drone swarm for a specific mission
by reaching a desired region, through an unknown environment. A bio-inspired flocking …

A novel satellite cluster control method by means of a set of artificial potential functions is
proposed in this paper. To avoid the huge difficulty of designing target configuration for a …

This paper studies the coordinative coupled attitude and orbit control system (AOCS) of a
satellite formation composed of one microsatellite and two 3U CubeSats. It is described as a …

This paper focuses on the leader-follower attitude consensus of multiple under-actuated
flexible spacecraft without system damping based on attitude measurements only. By …