毕业论文移动版

摘要：如果一家公司能够在公司内部更好地管理自己的车辆信息，那么应该有一个这样一个系统来协调管理，以便管理者只要知道车辆信息就可以浏览界面。通过查询分析，统计数据，通过强大的查询和有线测试和数据的高效检测，提高工作效率和信息准确性。该系统将SQL Server用于后台数据库，ASP.NET编程代码。 结合目前的软件工程，SQL Server数据库应用设计等领域的先进技术，在.NET环境为开发平台，基于ASP.NET，C＃编程语言，SQL Server 2014数据库开发，实现称重车辆信息的科学管理。71327

毕业论文关键词：车辆管理；称重管理；C#；数据库；ASP.NET

the Design and Implementation of Intelligent Vehicle Load System

Abstract ：The car is every day we cannot do without transportation, therefore, we want to use them better, scientific arrangements for the use of the full vehicle, which can better serve the weighing station internal staff, there should be a good vehicle load management system. And a weighing station can better manage their own internal vehicle information, but also should have such a system to co-ordinate management, so that managers can not leave the vehicle information at a glance.

Intelligent vehicle load management system is used in the information management system of the typical internal weighing station, its development function mainly includes: the vehicle through the computer information management, information management of vehicle maintenance, vehicle maintenance information management, information management of scrapped vehicles, the vehicle information management, information on weighing the management of user information on vehicle control and management. The realization of information control and management, through the analysis of the query, statistics of the data, through a powerful query and efficient cable detection data, improve work efficiency and accuracy of information.

The system will be SQL Server as the background database, ASP.NET programming code. Combined with the current advanced technology in the field of software engineering, SQL Server database application program design, based on.NET development platform, developed by ASP.NET, C# programming language, SQL Server 2008 database, realizes the scientific management of vehicle information. 

Keywords: Vehicle management; weighing management; C#; database; ASP.NET 

目录

摘要 i

Abstract i

目录 iii

1 绪论 2

1.1 研究背景 2

1.2 国内外现状 3

1.3 研究意义 4

1.4 论文结构 4

2 系统需求 6

2.1 需求分析 6

2.1.1 功能需求 6

2.1.2 用例描述： 7

2.2 可行性分析 7

2.3 目标系统要求 9

3 概要设计 11

3.1 系统总体结构 (责任编辑：qin)