Roadside parking management system based on longitudinal multi-view image and sensor signal

Abstract

The invention discloses a roadside parking management system based on a longitudinal multi-view image and a sensor signal, and the system comprises at least two camera groups, a sensor, at least one installation rod, or an installation position and a main controller. At least two camera groups are used to respectively collect respective corresponding monitoring area images; the sensor is used to collect sensor signals of at least one parking space in a monitoring area; and the main controller is used to determining the parking event information of each parking space in the monitoring area according to the corresponding monitoring area images corrected by the camera groups and the sensor signal, collected by the sensor, of at least one parking space of the monitoring area. By arranging a plurality of camera groups and sensors at different heights in the longitudinal direction, the system can determine the parking event information of each parking space in the monitoring area by jointlyanalyzing the image of the monitoring area and the sensor signals of the various parking spaces collected by the sensor, thereby improving the determining accuracy of the parking event information, and improving the roadside parking management precision.

Description

technical field [0001] The invention relates to the field of roadside parking management, in particular to a roadside parking management system based on longitudinal multi-viewpoint images and sensor signals. Background technique [0002] At present, in order to alleviate the difficulty of parking, city managers will set up some parking spaces on both sides of urban roads to facilitate drivers. Urban roadside parking, also known as roadside parking or on-street parking, has always been a difficult problem for urban management. The characteristics of this type of parking space: the direction of vehicle parking is consistent with the direction of the road, and the front and rear vehicles will block each other's license plates, which brings great inconvenience to managers. The problem of poor viewing angle. The roadside parking lots in the city are generally fully open parking spaces, and the entry and exit of vehicles are not restricted by barriers. Currently, they are genera...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a roadside parking management system based on longitudinal multi-viewpoint images and sensor signals, which can solve the problem that in the current roadside parking management, vehicles can only be judged by images collected by cameras installed at the same height or similar heights. Parking event information on the parking space, but can not achieve the optimal image acquisition and management of all parking spaces, and due to the long distance between adjacent installation poles or installation positions, the shooting angle of the image acquisition equipment on the installation pole or installation position is limited, As a result, the accuracy of the determination of parking event information in parking spaces is low

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