Road safety early warning method, device, roadside unit and storage medium

Abstract

The embodiment of the present invention discloses a road safety early warning method, device, roadside unit and storage medium. The method includes: acquiring vehicle driving data corresponding to a vehicle within a set range where the roadside unit is located; acquiring pedestrian data sent by a server , the pedestrian data includes the IP address of the electronic device corresponding to the pedestrian, and / or the vehicle driving data includes the IP address corresponding to the vehicle; when it is determined that there is a collision risk between the pedestrian and the vehicle according to the vehicle driving data and the pedestrian data, the IP address of the electronic device corresponding to the pedestrian address, sending the first warning message to the electronic device corresponding to the target pedestrian; and / or sending the second warning message to the target vehicle based on the IP address corresponding to the vehicle. The end-to-end early warning between the roadside unit and the electronic equipment and / or vehicles is realized, which can effectively improve the scope of the early warning without the defects of missed and false alarms, and effectively improve the accuracy and reliability of the early warning.

Description

technical field [0001] The invention relates to the field of traffic safety, in particular to a road safety early warning method, device, roadside unit and storage medium. Background technique [0002] Pedestrians often cause serious traffic accidents because they fail to detect vehicles in time while walking. For example, for scenes with harsh environments and remote locations, such as mines, the application of unmanned driving technology in mining areas to replace single-operation and highly repetitive mining machinery operations with automated and intelligent solutions will greatly reduce operating costs and improve productivity. When the vehicle is abnormal and the roadside equipment needs to be maintained, the staff needs to enter the mining area for processing. At this time, the driving route of the staff crossing the vehicle may be affected by factors such as low visibility in the mining area, so that the vehicle and the staff cannot avoid each other in time, thus th...

AI Technical Summary

Problems solved by technology

At this time, the driving route of the staff crossing the vehicle may be affected by factors such as low visibility in the mining area, causing the vehicles and personnel to fail to avoid each other in time, thus posing a threat to the life of the staff

[0003] In related technologies, pedestrians and vehicles are detected by the roadside unit sensor monitoring module, and there are large errors in the accuracy of the detected position and speed, and it is difficult to distinguish pedestrians and vehicles, which is prone to false positives and false positives.

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