摘要我国经济的发展愈发迅速，车辆也随之增加的难以想象，因此车位的治理也越来越繁杂，为了方便停车位相关信息的管理，设计开发一个合理的停车位管理系统尤为重要。因而，具有信息方便读取和操作简便的停车位管理系统的设计与实现，对于管理人员以及用户来说具有非常重要的意义。本系统采用JSP技术，MYSQL数据库，基于Springboot框架开发。进行了系统的分析，需求分析，设计分析，功能分析，从开发背景、开发环境、目标、流程、数据库、系统维护等方面都进行了总体的规划与设计。系统具有灵活的一体化设计方式，圆满完成了整个系统的全面设计。系统具有管理员和客户两个角色的功能，完成了停车位相关信息的管理。本文得到了国家863计划、国家自然科学基金以及教育部发光材料与器件工程研究中心项目的资助。关键词：停车位管理系统；JSP技术；MYSQL；Springboot框架ParkingmanagementsystembasedonWebAbstractWiththerapiddevelopmentofChina'seconomy,itishardtoimaginetheincreaseofvehicles.Therefore,themanagementofparkingspaceisbecomingmoreandmorecomplicated.Inordertofacilitatethemanagementofparkingspacerelatedinformation,itisparticularlyimportanttodesignanddevelopareasonableparkingspacemanagementsystem.Therefore,thedesignandimplementationofparkingmanagementsystemwithconvenientinformationreadingandoperationisofgreatsignificanceformanagersandusers.ThesystemusesJSPtechnology,MySQLdatabase,basedonspringbootframeworkdevelopment.Systemanalysis,demandanalysis,designanalysis,functionanalysis,fromthedevelopmentbackground,developmentenvironment,objectives,process,database,systemmaintenanceandotheraspectsoftheoverallplanninganddesign.Thesystemhasaflexibleintegrateddesignmethod,whichsuccessfullycompletedtheoveralldesignofthewholesystem.Thesystemhastworolesofadministratorandcustomer,andcompletesthemanagementofparkingrelatedinformation.Keywords:Parkingspacemanagementsystem;JSPtechnology.MYSQL;Springbootframework目录1概述........................................................11.1研究背景...............................................................11.2研究现状...............................................................11.3研究内容...............................................................22相关技术简介..................................................32.1JSP技术................................................................32.2JAVA技术...............................................................32.3MYSQL数据库..........................................................42.4B/S结构................................................................43系统需求分析..................................................53.1系统可行性分析.........................................................53.1.1操作可行性................................................................................................................53.1.2经济可行性................................................................................................................53.1.3技术可行性................................................................................................................53.2系统性能分析...........................................................63.3系统流程分析...........................................................63.3.1注册流程....................................................................................................................63.3.2用户登录流程......................................................................................................
