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A distributed formation control protocol based on finite-time control theory is proposed.
This paper investigates the adaptive distributed formation control problem for multiple nonholonomic wheeled mobile robots.
A distributed formation control tracking protocol is then proposed to control a swarm of tri-rotor UAVs.
This paper investigates the distributed formation tracking problem of multi-robot systems with nonholonomic constraint via event-triggered approach.
By using the integration information of distributed formation errors, the control law improves the robustness of the formation.
This paper proposes a distributed formation tracking controller for multiple underactuated underwater vehicles (UUVs) which move in three dimensional space.
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The proposed distributed coalition formation can be performed by coalition formation message exchanges between CRs over a common control channel.
Then an algorithm with two steps is presented to design the distributed adaptive formation control protocol, where a description of the feasible time-varying formation set is given.
On the basis of the pigeon flocking model, a distributed close formation control method to coordinate multiple UAVs to fly in a line close formation is presented.
It is shown that if the predefined time-varying formation belongs to the feasible formation set and each agent is stabilizable, then time-varying formation can be achieved by general high-order LTI multi-agent systems using the distributed adaptive formation protocol designed in the proposed algorithm.
A distributed leader follower formation tracking controller is presented in this paper.
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