A high-precision vehicle line-of-sight acquisition and processing system and method

Abstract

The invention relates to the technical field of vehicle assisting driving, and particularly discloses a high-precision vehicle sight distance acquiring and processing system and method. The system comprises an intelligent analyzing module, a sight distance imaging module, a self-speed detecting module, an AR display module, a voice prompting module and a self-light detecting module, wherein the sight distance imaging module, the self-speed detecting module, the AR display module, the voice prompting module and the self-light detecting module are connected with the intelligent analyzing module. The high-precision vehicle sight distance acquiring and processing system and method provided by the invention adopt advanced telescopic sight distance imaging equipment, and actual panoramic pictures and infrared thermal imaging of the same video content are acquired at the same time, so that the influence of factors including environmental temperature, environmental brightness, environmental visibility and the like on image quality is greatly reduced, so that the condition that the images are clear, real and reliable is guaranteed; and the intelligent analyzing module is used for combining the actual panoramic picture, the infrared thermal imaging and self-driving condition information (parking, yielding, meeting or overtaking and the like) of the vehicle for performing treatment so as to obtain a corresponding operation instruction, and the intelligent analyzing module is timely, high-efficiency and accurate, so that the intelligence, the accuracy and the convenience of the driving are guaranteed.

Description

technical field [0001] The invention relates to the technical field of vehicle assisted driving, in particular to a high-precision vehicle line-of-sight collection and processing system and method. Background technique [0002] With the advancement of science and technology and the improvement of people's living standards, traffic is becoming more and more congested, and traffic accidents occur frequently. If you do not rely on driver assistance systems to identify and operate them manually, driving is more dangerous. In order to better prevent the occurrence of safety accidents, the driving assistance system can predict the imminent or possible danger and give a timely warning. control, but the current line-of-sight collection and restoration technology is limited. It only collects panoramic images and restores them with high fidelity, but does not analyze the content covered by the images. It still needs to be watched artificially to dig out the required information. The ...

AI Technical Summary

Problems solved by technology

In order to better prevent the occurrence of safety accidents, the driving assistance system can predict the imminent or possible danger and give a timely warning. control, but the current line-of-sight collection and restoration technology is limited. It only collects panoramic images and restores them with high fidelity, but does not analyze the content covered by the images. It still needs to be watched artificially to dig out the required information. The advantage of viewing the surrounding environment directly with the human eye is only to show the blind spot of the human eye. When the driver is driven by many interference factors, he has to self-analyze whether there is a dangerous situation. This is obviously incompatible with the intelligence of modern society. , Accurate and convenient driving concept is contrary to

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