Intelligent meeting lamp control system based on AI image recognition and navigation system

Abstract

The invention discloses an intelligent meeting lamp control system based on an AI image recognition and navigation system. The system comprises a camera, a navigation module, a radar tachymeter, an intelligent vehicle-mounted terminal, a cloud system, a central control system, an MCU, and an ECU; the camera, the navigation module and the speed measurement module respectively collect coming vehicleimage information, vehicle front road condition information, vehicle driving speed and vehicle distance information in the vehicle driving direction, and upload the collected information to the cloudsystem through the intelligent vehicle-mounted terminal. The cloud system makes a decision according to the received information, generates a control instruction and returns the control instruction to the intelligent vehicle-mounted terminal; and the intelligent vehicle-mounted terminal sends the control instruction to the central control system, the central control system converts the control instruction into an instruction which can be recognized by the MCU, and the MCU controls the ECU to operate vehicle lamp switching. The meeting lamp is automatically controlled by combining a voice recognition technology, a navigation technology and an image recognition technology, so that a driver can correctly use the high beam and the low beam as much as possible, and traffic accidents are reduced.

Description

technical field [0001] The invention relates to an intelligent vehicle system, in particular to an intelligent meeting lamp control system based on an AI image recognition and navigation system. Background technique [0002] With the development of artificial intelligence technology, traditional cars are also undergoing intelligent changes. By adding some intelligent functions, cars can provide users with more convenient services. At present, a considerable number of drivers are not standardized enough for the use of high and low beams, and their awareness of abusing high beams is relatively weak. Traffic accidents caused by the abuse of high beams often occur on the road. Therefore, the smart car light technology is derived, that is, the car lights are switched on, off, far off, and low beam according to preset judgment conditions. However, the existing smart car lights usually adjust the lights according to the brightness of the lights of the oncoming car, or adjust the l...

AI Technical Summary

Problems solved by technology

However, the existing smart car lights usually adjust the lights according to the brightness of the lights of the oncoming car, or adjust the lights according to the angle of the steering wheel, etc., but cannot improve the accuracy of the use of far and low beams according to changes in external conditions.

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