Urban intelligent parking management system and method based on cloud platform internet of vehicles

Abstract

The invention discloses an urban intelligent parking management system and method based on the cloud platform internet of vehicles. The method includes the steps that a cloud monitoring center is in both-way connection with an indoor parking lot management system and a roadside parking space management system through a wired transmission network and a wireless transmission network, wherein the cloud monitoring center comprises a management control platform, a user service analysis platform and a payment platform; the control end of the management control platform is connected with the wired transmission network and the wireless transmission network, the data output end of the management control platform is connected with the data input end of the user service analysis platform, and the data transmitting end of the user service analysis platform is connected with the data receiving end of the payment platform; the management control platform has control over parking information through indoor parking lot parking space information transmitted through the wired transmission network and outdoor parking space information transmitted through the wireless transmission network, the user service analysis platform performs settlement processing on bills according to the using conditions of parking spaces of users, and the payment platform settles the bills according to the bill settlement processing results.

Description

technical field [0001] The invention relates to the field of computers, in particular to an intelligent parking management system and management method for a city based on the Internet of Vehicles on a cloud platform. Background technique [0002] At present, urban parking can be roughly divided into two categories: 1. Indoor / outdoor parking lots, with large venues, staff on duty, and a series of facilities such as gates, which can effectively control the entry and exit of vehicles and personnel; 2. Public parking spaces on the roadside , without the support of the parking management system, only rely on manual operations such as recording and charging. With the increasing number of vehicles in the city, urban parking faces the following shortcomings: [0003] 1. The entrance and exit efficiency of the indoor parking lot is low during the peak period, which is easy to cause blockage. [0004] 2. Indoor parking lot The garage area is large, and the interior of the garage is...

AI Technical Summary

Problems solved by technology

[0003] 1. The entrance and exit efficiency of the indoor parking lot is low during the peak period, which is easy to cause blockage

[0004] 2. The garage area of ​​the indoor parking lot is large, and the interior of the garage is similar, so it is difficult for users to find a car

However, the existing indoor car-finding technology is complex and costly, which is not conducive to maintenance

[0005] 3. The management of paid parking spaces on the outdoor roadside is chaotic, and the administrator modifies the parking data without authorization to achieve the purpose of charging parking fees indiscriminately. Parking on the roadside has no data support and cannot be effectively managed.

[0006] 4. The phenomenon of fare evasion is serious on the outdoor roadside paid parking

[0007] 5. Parking space resources are scarce, and it is not easy for car owners to park

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