Multi-vehicle networking method based on vehicular terminals and smart vehicle

Abstract

The embodiment of the invention provides a multi-vehicle networking method based on vehicular terminals and a smart vehicle. Wireless communication modules for carrying out wireless communication are configured on the vehicular terminals of a plurality of vehicles. The method comprises the steps that when a first vehicular terminal sends a networking request signal to a second vehicular terminal, the first vehicular terminal sends a feedback signal to the second vehicular terminal according to the networking request signal; the networking request signal comprises second terminal information of the second vehicular terminal; the feedback signal comprises first terminal information of the first vehicular terminal; the second vehicular terminal is used for storing the first terminal information; the first vehicular terminal is used for storing the second terminal information; and the first vehicular terminal carries out wireless communication with the second vehicular terminal through the wireless communication modules based on the second terminal information. The embodiment of the invention is used for realizing wireless communication between the vehicles.

Description

technical field [0001] The present invention relates to the field of communication technology, in particular to a vehicle terminal-based multi-vehicle networking method and an intelligent vehicle. Background technique [0002] With the continuous development of automobile technology, the popularization and application of intelligent transportation has become one of the important development trends at present. The basis for the realization of intelligent transportation lies in the realization of wireless communication between vehicles, which can give great convenience to driving through wireless communication. For example, in modern life, with the increasing popularity of self-driving travel and the increasing trend of large-scale automobile cargo transportation, more and more vehicles choose to travel in groups. The lead car of the convoy is often equipped with a leader who is familiar with the road conditions or vehicle scheduling, so the lead car is also called the lead v...

AI Technical Summary

Problems solved by technology

Since the first vehicle in a convoy may be far away, and it is impossible for every vehicle driver in the convoy to remember all the vehicles in the convoy, and the current road conditions are relatively complicated, when individual vehicles in the convoy are driven by traffic lights, slow speed, When other vehicles are blocked or left behind in various situations such as traffic accidents, it is difficult for the pilot vehicle to know the specific situation in time, and it is also impossible to know the actual situation of the vehicle behind, so that it cannot be dispatched in time. Unrealistic, then it may make the straggling vehicles farther and farther away from the entire convoy, and it takes a lot of time and effort for the straggling vehicles to return to the convoy

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