Publication | Open Access
UAV Formation Flight Based on Nonlinear Model Predictive Control
113
Citations
32
References
2012
Year
Cost PenaltyTrajectory PlanningAerial RoboticsEngineeringAerospace EngineeringVehicle ControlFlight OptimizationSystems EngineeringTrajectory OptimizationModel Predictive ControlFormation ConfigurationNew Priority StrategyFormation FlyingUav Formation FlightFlight Control SystemsFlight Control
We designed a distributed collision‐free formation flight control law in the framework of nonlinear model predictive control. Formation configuration is determined in the virtual reference point coordinate system. Obstacle avoidance is guaranteed by cost penalty, and intervehicle collision avoidance is guaranteed by cost penalty combined with a new priority strategy.
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