The DeDrone system allows you to detect a helicopter flying in a guarded area and acquire its position. However, the German manufacturer's system is now unable to react actively and quickly to safely disable the detected helicopter.
The Team of Dr. Martin Saska of the Multirobotic Systems Group at the Faculty of Electrical Engineering, has devoted its efforts to using the latest knowledge in the field of artificial intelligence and intelligent robotics and developing a fully autonomous system that integrates smart robotic unmanned devices into the DeDrone detection device. In the resulting system, an unmanned device responds automatically to a DeDrone alarm and quickly flies to an area where the detected drones are estimated to be. With the aid of on-board sensors and artificial intelligence based on neural networks, the helicopter itself confirms the existence of an unwanted dron and precisely locates its position. Using accurate predictive control, it is then navigated to a position that is considered to be the most advantageous for using a firing net to safely capture the drones. After capturing the drone in its net, the helicopter returns to the safe landing site.
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