Vehicle control method and device based on driver state, vehicle and storage medium

Abstract

The invention discloses a vehicle control method and device based on driver states, and the method comprises the steps: receiving control strategies set by a user for different driver state levels, and the driver states comprise a fatigue driving state; generating vehicle control signals corresponding to different driver state levels according to the control strategy and storing the vehicle control signals, wherein the vehicle control signals are at least used for controlling functions arranged in a vehicle cab; the driver state is monitored, and when the driver state triggers the corresponding driver state level, whether a vehicle control signal corresponding to the driver state level is executed or not is judged according to the number of people in the vehicle; if the number of the persons in the vehicle is at least two, giving out fatigue state reminding to other persons except the driver preferentially, and executing the vehicle control signal according to confirmation operation of the persons in the vehicle; and if only the driver exists in the vehicle, the vehicle control signal corresponding to the driver state level is directly executed.

Description

technical field [0001] The present invention relates to the technical field of intelligent driving, and in particular, to a vehicle control method, device, vehicle and storage medium based on a driver's state. Background technique [0002] Fatigue is the root cause of many major traffic accidents, and driver fatigue driving is one of the important causes of fatal accidents. Especially in the spring and autumn or when driving a vehicle for a long time, the driver is prone to drowsiness. If the driver cannot be woken up in time after drowsiness, it is easy to cause serious traffic accidents and cause heavy casualties. [0003] At present, some high-end models have a driver fatigue and drowsiness recognition function. However, after the driver is fatigued and drowsy, only the air conditioner or sound set by the vehicle system is used to stimulate the driver's senses. The wake-up method is slow and cannot effectively wake up the driver. In this case, there are still major secur...

AI Technical Summary

Problems solved by technology

Especially in spring and autumn or when driving a long-distance vehicle, the driver is prone to drowsiness and drowsiness. If the driver cannot be woken up in time after drowsiness, it is easy to cause serious traffic accidents and cause heavy casualties

[0003] At present, some high-end models have the driver fatigue and drowsiness recognition function, but after recognizing the driver’s fatigue and drowsiness, the driver is only stimulated by the air conditioner or sound set by the car system, and the wake-up method is slow and cannot effectively wake up the driver. In this case, there are still major security risks

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