RFID-based parking management method

Abstract

The invention provides an RFID-based parking management method, comprising: the vehicle-mounted electronic tag monitors the RSSI value of the parking space detector within its coverage in real time during the parking process, and sends the monitoring information to the base station after the vehicle stops; the parking space detector acquires the real-time The parking space occupancy status information is sent to the base station; the base station determines the pre-bound parking space according to the change of the parking space occupancy status information, realizes the binding between the vehicle and the parking space according to the monitoring information and the RSSI peak standard table stored in the base station, and binds the vehicle The information is sent to the background management server; the background management server calculates the parking fee according to the vehicle binding information and completes the deduction of the vehicle. On the basis of not changing the existing parking space detection system, the method uses the vehicle-mounted electronic tag to monitor, which can effectively complete the binding of the vehicle and the parking space, reduce the power consumption of the vehicle-mounted electronic tag, ensure the service life of the vehicle-mounted electronic tag, and realize the parking lot. Refined management.

Description

technical field [0001] The present invention relates to the field of parking management in parking lots, in particular to a parking management method based on radio frequency identification (RFID for short). Background technique [0002] With the rapid development of urban traffic in my country, the number of urban car ownership has increased year by year, and road carrying capacity and parking resources are facing severe challenges. For this reason, most cities in China have planned parking lots on secondary roads. [0003] At present, most parking lots use manual toll collection or semi-automatic toll collection. Manual toll collection is more flexible, but there are problems such as high labor intensity, difficulty in supervision by toll collectors, and high labor costs. In recent years, there have been many parking management systems based on wireless geomagnetic sensors. For example, the prior art discloses an automatic parking management method for a geomagnetic parki...

AI Technical Summary

Problems solved by technology

The above technical means have solved the signal crosstalk problem of adjacent parking spaces to a certain extent, but because the vehicle-mounted electronic tags are always in the sending state, the power consumption of the vehicle-mounted electronic tags is too large, which greatly affects the service life of the vehicle-mounted electronic tags, and is not very practical.

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