Vehicle networking communication system based on vehicle-mounted terminal

Abstract

The invention discloses a vehicle networking communication system based on a vehicle-mounted terminal, and the system comprises a communication module, a processor module, a remote control module, a Web configuration module, an automatic address distribution module, an equipment association module, a micro-processing module, a voice coding and decoding module, an audio processing module, and a microphone. The power management module, the processor module, the remote control module, the communication module, the Web configuration module, the automatic address allocation module, the equipment association module, the micro-processing module, the voice coding and decoding module, the audio processing module and the microphone are connected in sequence, and the processor module is connected with the power management module. The processor module comprises a control unit and a safety monitoring unit, the Web configuration module is connected with a data storage unit, and the micro-processing module is connected with a docking module. According to the invention, the networking mode is more flexible, the applicability is wider, the use of a user is facilitated, and a large amount of GPRS communication cost can be saved for the user.

Description

technical field [0001] The invention relates to the technical field of vehicle navigation and data communication, in particular to a vehicle networking communication system based on a vehicle terminal. Background technique [0002] 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 vehicle. During the driving process, the pilot vehicle leads, and other vehicles follow the pilot vehicle. In order to prevent individual vehicles in the convoy from falling behind, the vehicles in the convoy must not be too far apart from each other. The navigator inquires and guides the position of each vehicle in the fleet through mobile communication devices, such as mobile phones and walkie...

AI Technical Summary

Problems solved by technology

It is very difficult to use the prior art fleet piloting system to conduct fleet piloting, and it is very difficult to use the prior art fleet navigation device to perform fleet navigation

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