java+vue基于springboot的高校学生学业预警毕业论文和答辩ppt .rar

摘 要

随着世界经济信息化、全球化的到来和互联网的飞速发展，推动了各行业的改革。

若想达到安全，快捷的目的，就需要拥有信息化的组织和管理模式，建立一套合理、

动态的、交互友好的、高效的高校学生学业预警。当前的信息管理存在工作效率低，

工作繁杂等问题，基于信息化的高校学生学业预警管理目前还没有完善的系统机制。

在此基础上，结合现有高校学生学业预警体系的特点，运用新技术，构建了以

springboot 为基础的高校学生学业预警信息化管理体系。首先，以需求为依据，根据

便捷、信息化的解决方案，这为后期高校学生学业预警的优化提供了新的方向。

关键词：高校学生学业预警；springboot 框架；JAVA 语言

Abstract

With the advent of global economic informatization and globalization, as well as the

rapid development of the Internet, reforms in various industries have been promoted. To

achieve the goal of safety and speed, it is necessary to have an information-based

organization and management model, and establish a reasonable, dynamic, interactive, and

efficient academic warning system for college students. The current information

management has problems such as low efficiency and complexity, and there is currently no

comprehensive system mechanism for information-based academic early warning

attendance information, student grades, final assessment, reminder information, warning

information, etc. The project was built using the current mainstream technology Spring

Boot framework in the market. Based on the B/S architecture development mode, the

system was designed with high cohesion and low coupling using Java development

language and MySQL database. Finally, the implementation of academic warning for

college students was completed.

The spring boot framework based academic early warning for college students

provides an efficient, convenient, and information-based solution for the current traditional

management model, which provides a new direction for the optimization of academic early

warning for college students in the later stage.

1.1 课题背景.................................................................................................................1

1.2 课题研究的意义.....................................................................................................1

1.3 研究现状.................................................................................................................2

1.4 研究方法.................................................................................................................3

1.5 论文组织结构.........................................................................................................4

2 开发关键技术....................................................................................................................5

2.1 Spring boot 框架 .....................................................................................................5

2.2 JAVA 语言介绍......................................................................................................7

2.3 B/S 架构..................................................................................................................7

2.4 MySQL 数据库.......................................................................................................7

3.2 系统流程设计.........................................................................................................9

3.2.1 系统开发流程 ...............................................................................................9

3.2.2 用户登录流程 ...............................................................................................9

3.2.3 系统操作流程 .............................................................................................10

3.2.4 添加信息流程 .............................................................................................11

3.2.5 修改信息流程 .............................................................................................11

3.2.6 删除信息流程 .............................................................................................12

3.3 系统用例分析.......................................................................................................12

3.3.1 学生用例图.................................................................................................12

3.3.2 管理员用例图 .............................................................................................12

4.3.3 数据库表设计 .............................................................................................18

5 界面设计与功能实现......................................................................................................22

5.1 管理员功能模块的实现 ......................................................................................22

5.2 学生功能模块的实现 ..........................................................................................27

6 系统测试..........................................................................................................................28

6.1 系统测试的方法...................................................................................................28

6.2 测试用例...............................................................................................................28

6.3 测试分析...............................................................................................................30

结 论.................................................................................................................................31

参考文献.............................................................................................................................32

致 谢.................................................................................................................................33

信息的传递在管理系统中是一个十分关键的环节。及时、准确的信息传输可以帮

助各行业及时发现、处理和解决问题。使信息管理系统达到一个良性的循环。同时高

校学生学业预警要想实现长久的发展，就必须要利用现代的信息技术和网络通讯技术，

来构建一个信息化、协同化管理的高校学生学业预警管理体系

。

传统的管理方式必须进行信息化改造，这是一个不可避免的过程。这样既可以使

各行业内部资源得到合理的配置，又可以通过信息化管理平台，通过这个平台，管理

员和学生可以共享每个环节和相关资源。因此，研究和开发一个基于 springboot 框架

的信息化、一体化的高校学生学业预警具有重要的意义。

量的数据进行过滤和分析，就能得到有价值的信息。这样，管理员和学生之间可以有

更好的交互，同时，在一定条件下，可以实现部分数据的共享，从而提升服务质量和

用户体验[4]。

国目前在该领域已经取得一定的成就，基本上建立起了不同层次的信息管理系统体系。