Teleoperated driving, in which a human driver controls a vehicle remotely, may be a promising approach on the way to autonomous driving. In order to meet the special requirements of highly mobile vehicles, communication must take place via cellular networks. However, cellular networks are subject to potential fluctuations in their performance, which can have a negative impact on the remote control. In this thesis, we address this network issue, examine its implications and present possible solutions.
«
Teleoperated driving, in which a human driver controls a vehicle remotely, may be a promising approach on the way to autonomous driving. In order to meet the special requirements of highly mobile vehicles, communication must take place via cellular networks. However, cellular networks are subject to potential fluctuations in their performance, which can have a negative impact on the remote control. In this thesis, we address this network issue, examine its implications and present possible solut...
»