智慧停车场系统的设计与实现

智慧停车场系统的设计与实现【摘要】随着人们生活水平的提高，私家车变得越来越多。城市车辆管埋面临很大挑战，不仅上下班拥堵，停车场车位难寻更成为一大难题。将停车服务智能化，使得停车资源得到充分利用，解决难停车问题，是非常有必要的。本课题基于B/S架构，数据库使用MySQL,结合SpringBoot框架，设计并实现了一个智慧停车场系统。系统设置管理员和用户两个角色，用户可以实现预约停车位、查看停车信息、支付停车费等功能。后台管理员则可以实现预约审核、地区管理、车位管理、车辆管理等功能。此外，系统加入车牌识别技术，模拟无人值守下停车场的进出。此外，通过对智慧停车场系统现状的详细介绍，本文明确了系统开发的需求与可行性，进一步阐述了系统的详细设计过程，并选择了系统的关键功能展示了其实现步骤，最后进行了必要的测试工作。【关键词】：智慧停车场：java语言：B/S架构：车牌识别【Abstract】With the improvement of people's living standards,private cars are becoming more and more common.Urban vehicle management faces great challenges,not only congestion during commuting,but alsodifficulty in finding parking spaces in parking lots.It is necessary to intelligentize parking services to fullyutilize parking resources and solve the problem of difficult parking.This project is based on the B/S architecture,us ing MySOL database and the SpringBoot frameworkto design and implement a smart parking lot system.The system has two roles:administrator and userUsers can reserve parking spaces,view parking information,and pay parking fees.The backendadministrator can implement functions such as appointment review,regional management,parking spacemanagement,and vehicle management.In addition,the system incorporates license plate recognitiontechnology to simulate the entry and exit of unmanned parking lots.In addition,by providing a detailed introduction to the current status of the smart parking lot system,this article clarifies the requirements and feasibility of system development,further elaborates on thedetailed design process of the system,selects key functions of the system to demonstrate its implementationsteps,and finally conducts necessary testing work.Key words ]Java language;Smart parking lot;B/S structure;License plate recognition目录1绪论…11选题背景与意义…1.2选题的研究现状1.2.1国内研究现状1.2.2国外研究现状.213本文的研究内容…21.4本章小结…22项目分析32.1可行性分析….32.1.1技术可行性……32.1.2环境运行可行性32.1.3经济可行性…32.1.4社会可行性……32.2需求分析…32.2.1用例图.….42.2.2功能性需求…..............2.2.3非功能性需求.72.3建立功能模型72.3.1数据流图…72.3.2数据字典…102.4技术路线分析122.4.1开发模式分析…22.4.2前端技术路线分析122.4.3后端技术路线分析132.4.4车牌识别技术…32.5本章小结…143系统设计.153.1架构设计.15