Intelligent networked automobile supervision platform

Abstract

The invention discloses an intelligent networked automobile supervision platform, which comprises a vehicle-mounted terminal and an intelligent networked automobile operation management system, wherein the vehicle-mounted terminal and the intelligent networked automobile operation management system are installed on a vehicle in a vehicle machine front installation mode; the vehicle-mounted terminal is connected into a vehicle bus and used for collecting vehicle data and sending the vehicle data to the intelligent network connection vehicle operation management system in communication connection with the vehicle-mounted terminal through a vehicle communication protocol; and the intelligent network connection automobile operation management system is used for carrying out operation management on the automobile based on the received automobile data. According to the invention, by designing and installing the vehicle-mounted terminal in front, the vehicle-mounted terminal is originally integrated with the vehicle, and protocols are intercommunicated, so that the comprehensiveness and timeliness of vehicle data acquisition are fully ensured; and the vehicle soft strength is increased through the intelligent network connection vehicle operation management system, after the sales terminal is assisted and a client purchases a vehicle, intelligent network connection system service can be provided through the intelligent network connection vehicle operation management system, and the vehicle use efficiency and the standardized management level are improved through an informationizedmanagement means.

Description

technical field [0001] The invention relates to the technical field of intelligent networked vehicles, in particular to an intelligent networked vehicle supervision platform. Background technique [0002] Intelligent networked vehicles are emerging industries under the background of a new round of technological revolution, which can significantly improve traffic safety, realize energy saving and emission reduction, eliminate congestion, improve social efficiency, and stimulate the coordinated development of automobiles, electronics, communications, services, and social management. It is of great strategic significance to promote my country's industrial transformation and upgrading. [0003] The current mainstream practice of the Internet of Vehicles is to realize the communication and functional interaction between the vehicle and the server through the post-loading machine after the production of the vehicle is offline. The rear loading machine mainly has the following te...

AI Technical Summary

Problems solved by technology

[0004] Poor stability: Since the rear loading machine usually uses body protocol cracking, broken wires, flying wires, etc. to connect, it will destroy the stability of the vehicle, and even cause short-circuit and fire accidents due to improper wiring

And the modified vehicle with broken lines will affect the normal declaration of vehicle insurance

[0005] Limited data collection: The data that can be collected by protocol cracking is limited. For core data, OEMs generally perform layer-by-layer encryption and decompilation processing, and cracking methods cannot be obtained

[0006] Low system matching: Since the after-installation equipment has not been tested for adaptability to the vehicle, it usually affects the power supply system of the vehicle, causing frequent power loss of the small battery of the vehicle, etc.

[0007] In addition, the current regulatory platform is often only designed for a certain type of vehicle, and the access scalability is poor.

The supervision platform has a single function, and common supervision platforms can only collect and monitor vehicle data dynamics

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