In this thesis, a robotic support system for flying robots or Unmanned Aerial Vehicles (UAVs) is developed. It is based on a robot manipulator mounted on the landing surface and allows to perform assisted take-off or landing. The main contributions are the development of suitable dynamics models and coordinated control approaches for flying robots and robot manipulators, the realization of a system prototype, and the implementation and evaluation of the presented controllers in simulations and experiments.
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In this thesis, a robotic support system for flying robots or Unmanned Aerial Vehicles (UAVs) is developed. It is based on a robot manipulator mounted on the landing surface and allows to perform assisted take-off or landing. The main contributions are the development of suitable dynamics models and coordinated control approaches for flying robots and robot manipulators, the realization of a system prototype, and the implementation and evaluation of the presented controllers in simulations and e...
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