Publication | Closed Access
Intelligent Control of Unmanned Air Vehicles: Program Summary and Representative Results
17
Citations
14
References
2003
Year
Unknown Venue
EngineeringFlying RobotIntelligent SystemsUnmanned VehicleEarly 2001Program SummaryTrajectory PlanningAir Vehicle SystemUnmanned SystemSystems EngineeringTrajectory OptimizationRobot LearningUnmanned Aerial VehiclesUnmanned Air VehiclesIntelligent ControlAerial RoboticsAerospace EngineeringNear-optimal TrajectoriesRoboticsReal Time
Abstract : In early 2001, AFRL and NAVAIR issued a PRDA requesting proposals to develop an intelligent controller (IC) for unmanned combat air vehicles. Two key requirements of the IC were (1) a learning approach that could go beyond current adaptive controllers and remember what it had learned across flight conditions and (2) a reconfigurable path planner that accounted for changes in the inner-loop behavior and generated near-optimal trajectories in real time. This paper presents a summary of the resulting IC program and some initial technical results.
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