Parking management system based on complementary viewing angles between adjacent pole positions in roadside parking

Abstract

The invention discloses a parking management system based on complementary viewing angles between adjacent pole positions in roadside parking. The parking management system comprises a first camera group, a second camera group and a main control system, wherein the first camera group is mounted at a first pole position, and the second camera group is mounted at a second pole position; the first camera group is used for photographing a parking space monitoring image between the first pole position and the second pole position which are adjacent; the second camera group is used for photographinga remote parking space monitoring image of the first pole position; and the main control system is used for identifying the remote parking space monitoring image photographed by the second camera, determining whether a vehicle is in a remote parking space, and further assisting the first camera group in joint management of remote parking spaces at the first pole position. The parking management system solves the problem that states of the remote parking spaces are difficult to determine due to long pole position spacing and limited photographic viewing angle of the image acquisition equipmenton the pole positions in roadside parallel parking management, and further improves the accuracy of parking space state determination in roadside parallel parking management.

Description

technical field [0001] The invention relates to on-street parking management, in particular to a parking management system based on complementary perspectives between adjacent pole positions for on-street parking. 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 are: 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. Come to 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...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a parking management system based on complementary angles of view between adjacent pole positions for roadside parking, so as to solve the problem of long distance between pole positions and limited shooting angle of view of image acquisition equipment on pole positions in roadside parallel parking management. , which leads to the problem that it is difficult to determine the state of the far-end parking space, which in turn improves the accuracy of the determination of the state of the parking space in the roadside parallel parking management

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