摘要我国的城市公交查询系统的发展时间较晚、起点低，并且处于较为落后的水平,因此公交查询系统还需要更多的研究和开发，以期进一步的发展和完善。普遍存在的现象是：人们获得的信息量较少, 获得信息的方式短缺，并且难以保证查询出的信息的真实性和完整性。虽然公交公司先后推出了各种不同的方法，想要尽自己所能改变现状，提高服务水平，力图为居民带来更多的便利。但这方法并未完全有效，在某些方面已经较好，但还是存在着一些缺陷。72006

本毕设是为了做出一份公交查询系统，这是一个基于web技术出来的系统，使用了ssh框架，通过Java语言进行开发，使用了Mysql数据库存储数据。页面简单大方，在设计时就充分考虑了各类用户的使用接受度，各类用户可以轻松地掌握操作方式，随时可以通过浏览器访问网站，普通用户可以查询线路，管理员可以管理用户、司机、员工等，十分方便。

毕业论文关键词：公交查询系统  SSH框架  Java  Jsp

Design and implementation of public traffic query system in Nanjing City

Abstract The development time of China's urban public transport query system is late, the starting point is low, and is in a relatively backward level, so the public transport query system needs more research and development, in order to further development and improvement。 The common phenomenon is that people get less information, access to information, and it is difficult to guarantee the authenticity and integrity of the information。 Although the bus company has introduced a variety of different methods, want to do their best to change the status quo, improve service levels, trying to bring more convenience to the residents。 But this method is not completely effective, in some areas has been better, but there are still some defects。

This graduation project is to make a public transport query system, which is a web based technology out of the system, using the SSH framework, through the development of Java language, using the Mysql database storage data。 Page is simple and generous, in the design to take full account of the acceptance of the use of all types of users, all users can easily master the operation way, can always access the site through the browser, ordinary users can query line, administrators can user management, drivers, staff and so on, is very convenient。

Keywords: Traffic management system  Struts  Hibernate  Spring  Java  Jsp

目录

摘  要 I

Abstract II

目录 III

图清单 V

表清单 VI

1 绪论 1

1。1选题的背景及意义 1

1。2 课题研究现状 1

1。3 本文的大体结构 2

2系统分析 3

2。1系统目标 3

2。2 可行性分析 3

2。3需求分析 4

2。4系统开发工具 4

3系统设计 6

3。1总体设计 6

3。2总体功能模块设计 6

3。3程序流程图 7

4数据库设计 10

4。1数据库概念模型的设计