springboot校车调度管理系统

摘  要
伴随着我国社会的发展，人民生活质量日益提高。互联网逐步进入千家万户，改变传统的管理方式，校车调度管理系统以互联网为基础，利用java技术，结合springboot框架和MySQL数据库开发设计一套校车调度管理系统，提高工作效率的同时，减轻用户管理工作方面的压力，使他们能够将更多精力投入到服务上，更好的完成用户的核心业务。

本论文将对校车调度管理系统相关的技术以及网站开发技术进行分析和研究，在深入了解校车调度管理的过程以及合格要求后，结合用户的实际情况，研究校车调度管理的设计与实现，期望通过该系统能够将用户的数据管理工作规范化、简单化，从而提高管理工作的效率。本论文的主要内容包括：

第一，研究分析java技术，结合用户日常管理方式和服务安排，进行校车调度管理系统的数据库设计和系统功能，并对每个模块进行说明。

第二，陈列说明该系统实现所采用的架构、系统搭建采用的服务器、系统开发环境和使用的工具，以及系统采用的数据库。

最后，对系统进行全面测试，主要包括功能测试、查询性能测试、安全性能测试。

分析系统存在的不足以及将来改进的方向。

关键词：校车调度； java；MySQL数据库；

Abstract
With the development of Chinese society, the people's quality of life is improving day by day. The Internet gradually into thousands of households, change the traditional management, school bus scheduling management system based on the Internet, the use of java technology, combined with springboot framework and MySQL database development and design of a school bus scheduling management system, improve work efficiency at the same time, reduce the pressure of user management work, So that they can put more energy into the service, better complete the user's core business.

This paper will be the school bus scheduling management system related technology and website development technology analysis and research, in the in-depth understanding of the school bus scheduling management process and qualified requirements, combined with the actual situation of the user, study the design and implementation of school bus scheduling management, expect through the system to be able to standardize the user's data management, simplify, so as to improve the efficiency of management. The main contents of this paper include:

First, the study and analysis of java technology, combined with the user's daily management mode and service arrangement, the school bus scheduling management system database design and system functions, and each module is described.

Second, display and explain the architecture adopted by the system implementation, the server used for system construction, the system development environment and tools used, as well as the database used in the background of the system.

Finally, the system is tested comprehensively, including functional test, query performance test and security pe