Vehicle early warning method and vehicle early warning terminal

Abstract

The invention discloses a vehicle early warning method and a vehicle early warning terminal. The method comprises the following steps: acquiring video image information in a preset range of a vehicle;judging whether a moving object exists in the video image information or not; calculating size information, a movement speed, and a movement direction of the moving object according to the video image information if the moving object exists in the video image information; judging a danger level of the moving object according to the size information, the movement speed, and the movement direction;and sending alarm information according to the danger level. According to the vehicle early warning method and the vehicle early warning terminal, whether the moving object is in the vicinity of thevehicle or not is judged according to the video image information around the vehicle; and if the moving object is in the vicinity of the vehicle, judging the size, the movement speed, and the movementdirection of the moving object, determining the danger level of the moving object, and sending the alarm information according to the danger level; therefore, drivers can be effectively promoted to attract attention to prevent collision.

Description

technical field [0001] The invention relates to the technical field of detection, in particular to a vehicle early warning method and terminal. Background technique [0002] With the development of the automobile industry, driving recorders and monitoring radars are usually installed on vehicles for driving safety. The existing driving recorder has the following disadvantages: it can only detect whether the object is moving, but cannot judge the type of the moving object; it cannot judge the speed and direction of the moving object, and it cannot determine the warning level; situation (such as pedestrians breaking in suddenly) to give early warning; it is impossible to monitor and give early warning to the driver's blind spot of vision. Existing monitoring radars have the following disadvantages: they cannot record and save emergency videos; they cannot judge the type, speed and direction of moving objects, and cannot determine the level of early warning; they cannot implan...

AI Technical Summary

Problems solved by technology

The existing driving recorder has the following disadvantages: it can only detect whether the object is moving, but cannot judge the type of the moving object; it cannot judge the speed and direction of the moving object, and it cannot determine the warning level; situation (such as sudden intrusion of pedestrians) to give early warning; it is impossible to monitor and give early warning to the driver's blind spot of vision

The existing monitoring radar has the following disadvantages: it is impossible to record and save emergency video; it is impossible to judge the type, speed and direction of moving objects, and it is impossible to determine the level of early warning; it is impossible to implant AI algorithms

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