智能化车位管理信息平台设计和实现

时间：2021-04-08 20:06:31 来源：蒲公英阅读网 本文已影响人

相关热词搜索：车位 智能化 设计

　I 摘 要 随着我国汽车拥有量急剧上升、智能交通和智慧城市的不断推进，公共停车场和生活住宅区的停车位也越来越难以满足需求，智能化车位管理信息平台作为智能建筑的一个环节已经越来越重要，如何利用现有且有限的停车位来解决停车难的问题已经迫在眉睫。

　本课题利用文献研究法、统计分析法等方法对当前停车场管理系统进行充分调研，对智能化车位管理信息平台的研究现状进行了充分的分析，并对总体结构设计以及各个模块的详细实现做了充分解释；并详细介绍了本系统设计开发时所用到的 C#语言、B/S 架构，以及相关的数据库技术；对研发系统的可行性进行分析、验证。本文所实现的智能化车位管理信息平台特点鲜明，界面友好简单，对于用户的实际需求可以很好的满足，能够很好的实现信息共享，且系统建设完成后能够平稳运行，安全性高，大大提高了办公效率，投入使用后人力物力财力的分配情况都能得到明显改善，科学管理水平进一步提高。

　关键词：

　：智能化；车位管理；B/S；

　II Abstract With the rapid increase of car ownership, the continuous promotion of intelligent transportation and smart city, the parking space of public parking lot and living quarter is becoming more and more tense, and the parking of car owners is becoming more and more difficult. As a part of intelligent building, intelligent parking management system has become more and more important. How to solve the problem of effectively using the existing Limited parking space to solve the parking problem of car owners. In this paper, the methods of literature research and statistical analysis are used to investigate the current parking lot management system. The intelligent parking lot management information platform is studied and discussed in detail. The business links are formulated, the overall structure is divided, the function modules are designed and the business functions are realized. In view of the system design and development The asp.net technology, B/S architecture and related database technology are introduced in detail, and the feasibility and practicability of the R&D system are analyzed and verified. The intelligent parking space management information platform realized in this paper has friendly and simple interface, can meet the needs of users in actual use, and the system is stable and reliable after operation, has high security and practicability, greatly improves the office efficiency of letters and visits, and can serve users after being put into use It saves a lot of manpower and material resources and improves the level of scientific management.

　Key Words ：Intelligent;Parking; B / S;

　III

　目 录 摘 要 .................................................................................................................................................... I

　目 录 ............................................................................................................................................... III

　第 1 章 绪论 ...................................................................................................................................... 1

　1.1 选题背景及应用价值 .......................................................................................................... 1

　1.2 国内外发展现状 .................................................................................................................. 1

　1.3 项目开发的目的和意义 ...................................................................................................... 2

　1.4 主要研究内容 ...................................................................................................................... 2

　第 2 章系统分析 ................................................................................................................................ 4

　2.1 需求分析 ............................................................................................................................... 4

　2.1.1 功能性需求分析 ....................................................................................................... 4

　2.1.2 非功能性需求分析 ................................................................................................... 4

　2.2 可行性分析 ........................................................................................................................... 4

　2.2.1 技术可行性 ................................................................................................................ 4

　2.2.2 经济可行性 ................................................................................................................ 5

　2.2.3 社会可行性 ................................................................................ 错 误! 未定义书签。

　2.3 关键技术 ............................................................................................................................... 5

　2.3.1Browser /Server 系统结构 ......................................................................................... 5

　2.3.2 ASP. NET 程序设计 .................................................................... 错误! 未定义书签。

　2.3.3 C#语言 ........................................................................................................................ 6

　2.3.4 SQL Server 2010 数据库 ............................................................................................ 6

　2.4 系统数据流程图 .................................................................................................................. 6

　第 3 章 系统总体设计 ...................................................................................................................... 8

　3.1 系统功能模块设计 .............................................................................................................. 8

　3.2 总体结构设计 ...................................................................................................................... 8

　3.3 数据库设计 ........................................................................................................................... 9

　3.3.1 数据库需求分析 ....................................................................................................... 9

　3.3.2 数据库概念设计 ....................................................................................................... 9

　IV

　3.3.3 数据库逻辑结构设计 ............................................................................................. 13

　第 4 章 系统实现 ............................................................................................................................ 16

　4.1 系统前台 ............................................................................................................................. 16

　4.1.1 登录界面 ................................................................................................................. 16

　4.1.2 登录流程 ................................................................................................................. 17

　4.1.3 查看进出记录界面 ................................................................................................ 17

　4.1.4 留言板界面 ............................................................................................................. 18

　4.1.5 挂失界面 ................................................................................................................. 18

　4.2 系统后台 ............................................................................................................................. 19

　4.2.1 车辆型号管理界面 ................................................................................................ 19

　4.2.2 车位管理界面 ......................................................................................................... 19

　4.2.3 留言公告管理界面 ................................................................................................. 19

　4.2.4 结算管理界面 .......................................................................................................... 20

　4.2.5 计费规则管理界面 ................................................................................................. 20

　第 5 章 系统测试 ............................................................................................................................ 22

　5.1 系统测试目标 .................................................................................................................... 22

　5.2 系统测试方法 .................................................................................................................... 22

　5.3 系统功能性测试 ................................................................................................................ 22

　5.3.1 系统登录测试 ......................................................................................................... 22

　5.3.2 管理员管理车位界面测试 .................................................................................... 23

　5.3.3 管理员管理车辆入场界面测试............................................................................ 23

　5.4 测试分析 ............................................................................................................................. 24

　结 语 ................................................................................................................................................. 25

　参考文献 ............................................................................................................. 错误! 未定义书签。

　附录：

　................................................................................................................. 错误! 未定义书签。

　致

　谢 ................................................................................................................. 错误! 未定义书签。

　1

　第 1 章 绪论 1.1 选题背景及应用价值 随着现代化的不断发展，人们生活水平的提高和生产质量的改善，汽车己经成为每个家庭的必需品。“如何快速停车”这一问题也随着千家万户私家车数量的迅猛增长而日渐显著，在城市的基础设施里停车场里车位的数量依旧远远不及私家车数量的增长。智能化车位管理信息平台主要是包括对停车场中车位相关工作进行统一管理，本信息平台的建立使车位管理更加系统化、高效且便捷，节省了人工成本。同时，本智能化车位管理信息平台也是实现停车场车位管理信息化和现代化的重要途径。

　近年来，我们可以清晰的感受到汽车数量处在一个不断增加的状态，人工管理的方式已经不能满足停车场车位管理的日常工作，繁琐的流程和庞大的数据使得人工管理越来越困难。在如此高效的现代化信息时代背景下，建立一...