摘要:随着人们生活水平的大幅提高。目前我国大城市普遍存在停车需求爆发式增长导致的停车难问题,特别是大城市中心区域停车设施不足的矛盾更为突出,以上海市为例,据报道2015年,上海市将面临40万个车位缺口。机动车数量与停车位数量巨大的差距,造成了严重的停车难问题。因此为了提高城市的停车资源和土地利用率,本系统基于双层停车位设计,相对的增加停车位数量,以缓解停车难的问题。本系统依据用户的类型,实现了系统的用户管理,门禁管理,停车位管理,智能卡管理等功能。覆盖一个停车场所需的全面功能。系统投入运行后可以高效引导汽车快速进入停车位、提高停车效率、缓解停车压力的作用,比传统的停车模式要更省人力和时间。系统选用的开发软件是Visual Studio 2010,后台数据库为SQL Server 2008。本系统的开发采用结构化设计思想。29946
毕业论文关键词: 智能停车场;停车场智能;双层停车场;C#;SQL Server;
Abstract: With the people's living standards greatly improved. Widespread outbreak of the current parking demand in our metropolitan growth leads to the parking problem, especially in large urban centers the problem of insufficient parking area more prominent, with Shanghai as an example, it was reported in 2015, Shanghai will face 400 000 parking gap. The number of vehicles and a huge gap between the number of parking spaces, causing serious parking problem. Therefore, in order to improve the city parking resources and land utilization, the system design based on double parking, an increase in the relative number of parking spaces to ease parking problems. The system is based on the type of user to achieve a user management system, access control, parking management, smart card management. Covering a parking lot full functionality required. After the system is put into operation can be efficiently guided car quick access to parking spaces, improve parking efficiency, ease parking pressure effects than traditional stop mode to save more manpower and time. Development of software system used is Visual Studio 2010, back-end database to SQL Server 2008. The development of this system uses structured design.
Keywords: Intelligent Parking; Smart car park; double parking; C #; SQL Server;
目录
1. 概述 1
1.1 选题背景 1
1.2 停车难现状的原因分析 1
1.3 开发停车场智能管理系统的目的和意义 3
1.4 系统结构图 4
1.5 功能特点及优势 5
1.6 系统架构C/S 5
1.6.1 C/S与B/S区别 5
1.6.2 C/S的特点 6
1.7 系统总体硬件设备 6
1.8 双层停车场设计 6
2. 系统分析 8
2.1 总体要求 8
2.2 可行性分析 8
2.3 系统模块功能描述 9
2.3.1 用户登录 9
2.3.2 用户信息管理 12
2.3.3 门禁管理 12
2.3.4 停车位管理 13
2.3.5 智能卡管理 13
2.3.6 系统设置 14
3. 系统功能模块描述 15
3.1 概念结构设计 15
3.2 状态转换图 17
4. 系统的详细设计 19
4.1 数据库总体设计 19
4.1.1 用户信息表结构 19
4.1.2 车位表结构 20
4.1.3 智能卡结构 20
4.1.4 费用表结构 21
4.1.5 车辆图像表结构 21
4.2 人机界面设计 21
4.2.1 系统登录 21 C#+sqlserver停车场智能管理系统的设计与实现:http://www.youerw.com/jisuanji/lunwen_25403.html