1. A system comprising: a sensor located in an automobile, wherein the sensor is configured to produce first sensor data related to an interior of the automobile and second sensor data related to the interior of the automobile, wherein the first sensor data and the second sensor data are images of the interior of the automobile; a local transceiver device located in the automobile, wherein the local transceiver device is configured to receive the first sensor data from the sensor; a remote computing device located remote from the automobile, wherein the remote computing device is configured to apply a neural network to the first sensor data in order to produce neural network configuration parameters, wherein the local transceiver device is configured to transmit the first sensor data over a communication link to the remote computing device, and wherein the local transceiver device is configured to receive the neural network configuration parameters over the communication link from the remote computing device; a local computing device located in the automobile, wherein the local computing device is configured to receive the neural network configuration parameters from the local transceiver device, wherein the local computing device is configured to receive the second sensor data from the sensor, and wherein the local computing device is configured to determine whether a driver of the automobile is in a distracted state based on the neural network configuration parameters and the second sensor data; an automobile controller located in the automobile, wherein the automobile controller is configured to control a transition of the automobile between a self-driving mode and a non-self-driving mode, wherein the automobile controller is configured to receive an output of the distracted state determination from the local computing device, and wherein the automobile controller is configured to restrict the transition of the automobile between the self-driving mode and the non-self-driving mode based on the output of the distracted state determination; and a second sensor located in the automobile, wherein the second sensor is configured to produce third sensor data related to an interior of the automobile and fourth sensor data related to the interior of the automobile, wherein the third sensor data and the fourth sensor data are images of the interior of the automobile, wherein the remote computing device is configured to apply the neural network to the first sensor data and the third sensor data in order to produce the neural network configuration parameters, wherein the local computing device is configured to receive the fourth sensor data from the second sensor, and wherein the local computing device is configured to determine whether the driver of the automobile is in a distracted state based on the neural network configuration parameters, the second sensor data, and the fourth sensor data, wherein the remote computing device is configured to combine the first sensor data and the third sensor data into a stereovision image prior to producing the neural network configuration parameters, wherein the sensor is a camera located adjacent to a rearview mirror in the automobile, and wherein the second sensor is a camera located adjacent to an A-pillar in the automobile.