A detailed theoretical design and technological implementation aspects are presented in
this paper to address the aerial formation control problem of networked quadrotors with a …

This paper investigates an adaptive leader-following formation tracking control approach for
multiple spacecraft under a directed communication topology with consideration of external …

This paper investigates the fixed-time stability of spacecraft formation flying by considering
input saturation and prescribed performance constraints, including the safe distance …

Solar energy in space is more intensive and continuous compared to that on the Earth, and
thus, is encouraged by governments across the world to be utilized for human beings. The …

In this paper, the distributed predefined-time attitude coordination control problem is
investigated for multiple rigid spacecraft systems when only a subset of spacecraft has …

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 paper deals with the problem of intercepting maneuvering targets with terminal angle
constraints for missiles subjected to three-dimensional non-decoupling engagement …

This paper focuses on the appointed-time formation control problem for multiple spacecraft
with limited communication and control resources. The control objective is to make each …

With the advancement of edge computing, the computing power that was originally located
in the center is deployed closer to the terminal, which directly accelerates the iteration speed …

A formation flight control algorithm for a multi-agent system composed of a group of
perturbated quadrotors is thoroughly investigated in this paper. Both theoretical and …