Design And Implementation Of Intelligent Parking Management System

With the rapid development of the domestic auto industry,the number of motor vehicles in the city grows rapidly.More and more families have their own private cars,but the parking lots are not increasing.As a result,parking problems are becoming more and more prominent in the city.The current parking lot management model is unable to meet the growing demands,a new parking management model needs to be designed.The parking lots should use new technology to improve this dilemma,so that drivers can experience efficient and comfortable parking when they drive to the parking lot.After taking research on the current parking lot management,this paper designs a set of intelligent parking lot management system based on the development of.net platform,RFID technology and image recognition technology,to solve the parking problems and finding parking problems.The main research contents are as follows:(1)Have a systematic learning and practice about the RF technology in the theoretical knowledge of RFID,image recognition technology,parking induction technology,.NET platform and C#language and other related technologies.(2)Take a fully research on the application of domestic parking management system,and give the application requirements,functional requirements and management needs.At the end give a analysis and summary of the system.(3)The main functions of the system are introduced,and the design idea of the license plate recognition function,the parking position recognition function,the vehicle payment function and the parking induction function and the design scheme of the database are expounded.(4)A new intelligent parking system is developed to make the vehicle access more convenient and safe,and the intelligent parking management system is programmed to realize the license plate recognition module,the parking identification module and the information release module respectively.The system is tested and analyzed by black box testing and white box testing to show that the system can meet the current parking plot needs.