A curb parking space state prediction management system and management method based on geomagnetism, radar and camera

Abstract

The invention discloses a curb parking space state prediction management system based on geomagnetism, radar and camera and its management method. Exceed the first intensity change threshold, if so, go to the next step; determine the distance of the target object based on the echo signal and radar microwave signal; draw the target distance change trend graph; obtain the standard distance change trend graph; determine whether the target is in parking mode, if so, Set the status of the parking space to parking; when the target parking mode is one-time warehousing at the front or one-time warehousing at the rear, collect images of the target area; judge whether the target object is a car based on the size of the target, and if not, push a warning to the administrator information; if so, after the first predetermined time, the parking space is set to an occupied state. The invention can accurately manage the state of the parking space, improve the utilization rate of the parking space, and reduce the parking time.

Description

technical field [0001] The invention relates to the technical field of parking space management, in particular to a system for predicting and managing the state of curb parking spaces based on geomagnetism, radar and photography and a management method thereof. Background technique [0002] With the continuous development of economic globalization and industrialization, car travel has provided convenience for people's daily life, but the rapid growth of the number of cars has also brought about a series of social problems such as traffic congestion and parking difficulties. The traditional parking space management model has been unable to make effective use of the scarce parking resources. Parking difficulties, high labor costs, and arbitrary charges have occurred from time to time. Therefore, in the case of a limited number of existing parking spaces, we should consider how to increase the utilization rate of parking spaces, improve the management of parking spaces, and all...

AI Technical Summary

Problems solved by technology

[0005] Although the above application can detect parking spaces through geomagnetism and radar, it can only detect occupied parking spaces

When the user is in the process of parking, it still shows that the parking space is not occupied. When other users query the parking space, it still shows that the parking space is not occupied. They may go to the parking space, resulting in a great waste of parking time.

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