IPv6-based school foreign vehicle management and guide service system and method

Abstract

The invention belongs to the technical field of vehicle management and discloses an IPv6-based school foreign vehicle management and guide service system and method. The method comprises the followingsteps: acquiring vehicle driving information in time by a system management platform, discovering a vehicle related state, analyzing and processing the information to know abnormal behaviors of the vehicle, recording the abnormal behaviors into a log, pushing the information to a mobile phone App, transmitting an actuating signal to an executive component by a door access management system, generating two-dimensional codes and providing a control instruction for the motor by virtue of a corresponding embedded device, and controlling on-off of the gate. Due to bidirectional authentication of the mobile phone APP and the door access system, the safety of the door access management system is improved while effectively managing vehicles in the school; and the guide information is stored in aserver, accurate guide services are provided by the mobile phone APP, and by retrieving different key words, help is provided for new students and foreign clerks.

Description

technical field [0001] The invention belongs to the technical field of vehicle management, and in particular relates to a system and method for managing and guiding service of external vehicles in schools based on IPv6. Background technique [0002] At present, the existing technologies commonly used in the industry are as follows: [0003] Access control management is performed through gate guard remote control, card recognition or license plate recognition technology, and positioning and navigation are performed through mobile phone map software. Most of these technologies communicate based on the IPv4 protocol. [0004] Many colleges and universities have the phenomenon of chaotic management of foreign vehicles entering and leaving the campus. After the vehicles enter the campus, there is a lack of real-time monitoring, and after the staff enters the campus, they cannot quickly and accurately find the target department and attachments in a small area due to positioning e...

AI Technical Summary

Problems solved by technology

For example: manual management uses the remote control to manually open and close the gates. The limitation is that manual management and maintenance are required. When the guards are not there, access will be blocked, especially at night; card recognition requires the owner to manually take the card to open the gate. , the owner is required to accurately park next to the card-taking device, which is troublesome for those who are not skilled in driving; image recognition has requirements for the location of the vehicle, and there is a phenomenon that it cannot be recognized at the same time.

[0023] (2) In the existing technology, when the vehicle passes through the gate of the campus, it is impossible to obtain vehicle information in real time, such as: vehicle location, quantity, owner information, stranded vehicles, etc. in the school, and it is also impossible to inform the vehicle. There is a lack of vehicle management

[0024] (3) The existing technology does not build a campus vehicle management system based on the IPv6 network environment and combined with the construction content of the smart campus. It cannot realize the vehicle access control management based on the QR code, cannot provide the vehicle guidance service in the campus, and cannot realize the on-campus Orderly management and precise positioning of foreign vehicles

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