Abstract: A system includes network nodes, roadways, vehicles, a computer, and a teledriver facility. The network nodes are distributed along the roadways. Multiple neighboring vehicles reside in segments of the roadways. The vehicle is operational to be driven along the roadways under control of the teledriver facility. The computer is operational to access and dynamically update a connectivity map. The connectivity map identifies multiple data throughputs available between the network nodes and the neighboring vehicles. The computer is further operational to present a route to the teledriver facility to maneuver the vehicle. The route maintains communication between the vehicle and the network nodes with a data connection above a data quality threshold and a data rate threshold. A receiver is disposed in the vehicle to receive driving instructions from the teledriver facility. A drive system is disposed in the vehicle to pilot the vehicle in response to the driving instructions.

Abstract: Systems and methods of providing vehicle intervention therapy is provided. First sensor data associated with the occupant of the vehicle is received from a sensor system. A first physiological parameter is generated based on the first sensor data. A physiological state is identified based on the first physiological parameter. The first physiological parameter is compared to a physiological parameter threshold. A first command is issued to a vehicle therapy system to implement intervention therapy associated with the physiological state to the occupant of the vehicle based on the comparison.

Abstract: A system includes network nodes, roadways, vehicles, a computer, and a teledriver facility. The network nodes are distributed along the roadways. Multiple neighboring vehicles reside in segments of the roadways. The vehicle is operational to be driven along the roadways under control of the teledriver facility. The computer is operational to access and dynamically update a connectivity map. The connectivity map identifies multiple data throughputs available between the network nodes and the neighboring vehicles. The computer is further operational to present a route to the teledriver facility to maneuver the vehicle. The route maintains communication between the vehicle and the network nodes with a data connection above a data quality threshold and a data rate threshold. A receiver is disposed in the vehicle to receive driving instructions from the teledriver facility. A drive system is disposed in the vehicle to pilot the vehicle in response to the driving instructions.

Abstract: Systems and methods of providing vehicle intervention therapy is provided. First sensor data associated with the occupant of the vehicle is received from a sensor system. A first physiological parameter is generated based on the first sensor data. A physiological state is identified based on the first physiological parameter. The first physiological parameter is compared to a physiological parameter threshold. A first command is issued to a vehicle therapy system to implement intervention therapy associated with the physiological state to the occupant of the vehicle based on the comparison.