A vehicle coordination method for detecting curve driving information by using vehicle electronic signs

Abstract

The invention provides a vehicle coordination method for detecting curve driving information by using automobile electronic signs, mainly by installing a vehicle electronic sign detection device at the intersection of a curved road section, so as to realize the acquisition of vehicle information such as the type and space size of vehicles driving in the curve , to establish a prediction algorithm for the curve traffic state of the cloud network, to estimate the traffic status in the curve road section, such as the position, speed, and distance of the driving vehicle, and to use the cloud broadcast to broadcast the estimated information to the car that is about to enter the curve, so as to realize the curve road section vehicle Collaborative and interactive utilization of information with vehicles enables drivers to obtain real-time information on the traffic running status in curves, prepares psychologically for the running conditions of cars in curves in advance, selects appropriate driving operations, and reduces problems caused by insufficient information and driving blind spots, etc. The driving safety problem caused can effectively solve the hidden danger of driving safety under the condition of limited sight distance in curves, improve road driving safety, and can be popularized and used.

Description

technical field [0001] The invention belongs to the technical field of traffic engineering, and in particular relates to a vehicle coordination method for detecting curve driving information by using vehicle electronic signs. Background technique [0002] At present, the existing vehicle electronic identification monitoring system mainly uses the information stored in the electronic identification to realize the acquisition of information such as the vehicle number, model, purpose, and ownership of the vehicle passing through the electronic identification detection device at the intersection. The system function is limited to the identification of the vehicle. Applications such as detection, driving section positioning, anti-counterfeiting of car license plates, electronic fences, and vehicle numbers have not brought into play the huge potential value of electronic identification information in reducing traffic safety accidents. There are other functions with practical value...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing vehicle electronic identification monitoring system mainly uses the information stored in the electronic identification to realize the acquisition of information such as the vehicle number, model, purpose, and ownership of the vehicle passing through the electronic identification detection device at the intersection. The system function is limited to the identification of the vehicle. Applications such as detection, driving section positioning, anti-counterfeiting of car license plates, electronic fences, and vehicle numbers have not brought into play the huge potential value of electronic identification information in reducing traffic safety accidents

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