This doctoral thesis presents how the inductive charging process of a battery-electric motor vehicle can be surveilled by a radar monitoring system. Both radar systems and the algorithms, that is required for detection, are presented. Furthermore, in the area of comfort applications for motor vehicles, a radar system is combined with machine learning methods in order to detect and classify human gestures as efficiently as possible. The convenience application presented here is called "Easy Trunk Access" and is intended to enable access to the trunk and also the doors of the vehicle via gestures.
«
This doctoral thesis presents how the inductive charging process of a battery-electric motor vehicle can be surveilled by a radar monitoring system. Both radar systems and the algorithms, that is required for detection, are presented. Furthermore, in the area of comfort applications for motor vehicles, a radar system is combined with machine learning methods in order to detect and classify human gestures as efficiently as possible. The convenience application presented here is called "Easy Trunk...
»