Vehicle management system based on RFID

Abstract

The present invention proposes an RFID-based vehicle management system, which adopts the currently popular hierarchical structure system, including client layer, access layer, business application layer, business support platform, data layer, base layer, extended application Layer, the user login still adopts the user single sign-on mode, and the operation authority of the system is given to the system through the review of user authority and identity authentication by the system. The system modules include system management module, query and statistics module, vehicle management module and real-time Monitoring module, simple operation, strong reliability. The whole process of automatic operation achieves the original intention of saving time and effort. From card reading to card verification, from opening to closing of the gate, all are automatically realized by the system, eliminating the need for manual operation. The user interface is simple, and the operation is easy to learn and understand.

Description

technical field [0001] The invention relates to the field of vehicle management, in particular to an RFID-based vehicle management system. Background technique [0002] Radio frequency identification (RFID) usually uses some reading devices to complete the identification of tags (Tags), and this identified object is usually called an object (Object). Some data information (Reader) about this object is already built into the tag. The reader can collect and process the data information contained in the tag, and then send it to the outside world through the network or computer software. [0003] Object identification and information transmission can be realized through radio wave RFID, and object tracking and data exchange can be quickly completed without space constraints. And when working, the distance between "reader" and "tag" can be less than 1cm, or as far as tens of meters or hundreds of meters. The distance is amazing. In this way, various objects (such as people, ve...

AI Technical Summary

Problems solved by technology

Moreover, the position of the entering vehicle cannot be accurately positioned, so it is impossible to determine whether there is a parking space in the field and whether the parking space is saturated.

Stopping to collect tickets or swiping the card will also cause the car to slide uphill, the arm of the card or ticket collection will be wet when it rains, and it will also cause congestion during peak hours, causing unnecessary loss of time for car owners

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