Roadside parking management system and method based on box and dome cameras between pole stations

Abstract

The invention discloses a roadside parking management system and method based on box and dome cameras between pole stations. The system comprises at least two detection and identification devices and a scheduler. The detection and identification devices are deployed in L bars of a roadside, the parking event on each parking space is detected, and through determining a parking space where the parking event happens, a scheduling request is generated and sent to the scheduler. The scheduler determines dome cameras which can be scheduled according to the parking information in the scheduling request, the correlative information table of the pole stations and a parking space and dome camera mapping table, the control right of the dome cameras is granted to a detection and identification device which initiates a call request and is a caller, the caller can capture and identify a license plate of a vehicle in the parking event from at least two angles through controlling at least two dome cameras, thus the influences of light images, shelters and other factors on image capture can be avoided, the accuracy of the capture and identification of the vehicle license plate in a roadside parking lot is improved, and the management efficiency of roadside parking is improved.

Description

technical field [0001] The invention relates to the field of roadside parking, in particular to a roadside management system and method based on gun-ball linkage between pole positions. Background technique [0002] With the rapid growth of urban vehicles, many cities have to set parking spaces on both sides of the road to uniformly manage the parking vehicles. This type of parking lot is generally a fully open parking space, and the entry and exit of vehicles are not restricted by guardrail devices such as barrier gates, so this type of parking is usually called on-street parking (also called on-street parking or on-street parking). On the other hand, parking in parallel parking spaces (i.e. parking spaces connected end to end) in roadside parking is managed manually. This management method has irregularities in parking billing, low timing accuracy, missing charges, arbitrary charges, insufficient parking evidence and difficult parking. Backtracking, incapable of all-weath...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a roadside parking management system and method based on the linkage of gun ball cameras between pole positions, so as to solve the low accuracy of roadside parking capture due to the influence of environmental factors or the overlapping projections of vehicles on the front and rear parking spaces at the far end. , the problem of low recognition rate

Images