AR (augmented reality)-based vehicle-mounted live-action safe navigation method

Abstract

The invention relates to an AR (augmented reality)-based vehicle-mounted live-action safe navigation method which comprises the following steps of: acquiring a real-time image in front of a vehicle, carrying out characteristic object extracting treatment on the real-time image, and overlapping an object image attached with a recognition feature with the real-time image; extracting real-time navigation cartographic information from a satellite navigation map for overlapping to form a second image with the navigation information; and when one object attached with the recognition feature in the image triggers an alarm threshold value, promoting a driver to drive on an optimal safety route by an alarm image or sound. The method has the advantages that a novel navigation method which combines cartographic navigation software with the AR (augmented reality) technology can be realized, and a destination can be conveniently found; the destination can be combined with the live-action due to the live-action navigation provided by the invention, the destination is identified on the live-action, and the method is more convenient for users; and the distance between front and back vehicles can be displayed timely, and the deviation from a lane line can be prompted, thereby assisting in safe driving.

Description

technical field [0001] The present invention relates to the field of wireless navigation, in particular to a vehicle-mounted real-scene safety navigation method based on AR augmented reality technology, which uses a vehicle-mounted front camera to prompt the user for lane lines, obstacles and distances to target obstacles and navigates on real-time images The superposition of information provides users with a safe driving path on the basis of navigation for users. technical background [0002] At present, many cars are equipped with cameras at the front. The cameras collect images of the foreground of the car and display them on the screen in the car, but they cannot recognize the images and only provide real-time image information to the driver. According to the virtual map through satellite positioning, the position of the car on the virtual map can be given on the virtual map, and although many high-end cars are equipped with proximity sensors to provide a safety reminder...

AI Technical Summary

Problems solved by technology

[0002] At present, many cars are equipped with cameras at the front. The cameras collect images of the foreground of the car and display them on the screen in the car, but they cannot recognize the images and only provide real-time image information to the driver. According to the virtual map through satellite positioning, the position of the car on the virtual map can be given on the virtual map, and although many high-end cars are equipped with proximity sensors to provide a safety reminder for the driver when parking, how to drive in a dynamic way? There is still no practical solution for judging the marking lines on the road and the distance of the car ahead to guide the driver to drive safely. Therefore, how to use the car camera and GPS navigation system to combine real-time street view and navigation information to realize a real-time All-round navigation, providing better service for car owners is our goal

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