What question did this study set out to answer?

The aim is to develop a control method to achieve fast and precise formation while avoiding collisions in UAV swarms under uncertain conditions.

Fast and Precise Formation of UAV Swarm System via Adaptive Robust Diffeomorphism-Based Constraint-Following Control

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Randomized trial demonstrates fast and precise formation in UAV swarm systems, highlighting safety through collision avoidance.

The aim is to develop a control method to achieve fast and precise formation while avoiding collisions in UAV swarms under uncertain conditions.
Proposes an adaptive robust diffeomorphism-based constraint-following control method
Formulates formation and collision constraints as both inequalities and equalities
Utilizes simulation to showcase robustness and efficiency of the control method
The proposed control method achieves rapid convergence to desired formations with high accuracy
Effectively mitigates collision risks under time-varying uncertainties
Demonstrates rigorous proofs of robustness and effectiveness through simulations

Dai et al. (2026) studied this question.

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