摘 要
当下疫情不容松懈,此次新冠肺炎疫情是传播速度最快、感染范围最广、防控难度最大的一次重大突发公共卫生事件,疫情防控尤为重要,传统的基于纸质文本的疫情信息管理模式,效率低,无法满足管理需求,所以,为了提高疫情信息管理效率,疫情管理系统应运而生。
本高校疫情管理系统主要针对高校疫情管理而开发,基于SSM框架,运用了Java技术和MYSQL数据库进行开发设计,充分保证系统的安全性和稳定性。本系统界面良好,操作简单方便,通过系统概述、系统分析、系统设计、数据库设计、系统测试这几个部分,详细的说明了系统的开发过程,最后并对整个开发过程进行了总结,实现了高校疫情管理的重要功能。
本系统的使用使管理人员从繁重的工作中解脱出来,实现无纸化办公,能够有效的提高高校疫情管理效率。
关键词:高校疫情管理,Java技术,MYSQL数据库,SSM框架
ABSTRACT
The current epidemic situation cannot be relaxed. The new crown pneumonia epidemic is a major public health emergency with the fastest spread, the widest range of infections, and the most difficult prevention and control. The prevention and control of the epidemic is particularly important. The traditional epidemic information management based on paper text The model has low efficiency and cannot meet the management needs. Therefore, in order to improve the efficiency of epidemic information management, an epidemic management system came into being.
This university epidemic management system is mainly developed for university epidemic management. Based on the SSM framework, Java technology and MYSQL database are used for development and design to fully ensure the safety and stability of the system. The system has a good interface, simple and convenient operation. Through the system overview, system analysis, system design, database design, and system testing, the development process of the system is explained in detail. Finally, the whole development process is summarized and realized An important function of university epidemic management.
The use of this system frees managers from heavy work, realizes paperless office, and can effectively improve the efficiency of epidemic management in colleges and universities.
Keywords: University epidemic management, Java technology, MYSQL database, SSM framework
目 录
摘 要
ABSTRACT
1绪 论
1.1研究背景
1.2设计原则
1.3论文的组织结构
2 相关技术简介
2.1Java技术
2.2B/S结构
2.3MYSQL数据库
2.4 SSM框架
3 系统分析
3.1可行性分析
3.1.1技术可行性
3.1.2操作可行性
3.1.3经济可行性
3.1.4法律可行性
3.2系统性能分析
3.3系统功能分析
3.4系统流程分析
3.4.1登录流程
3.4.2添加信息流程
4 系统设计
4.1系统概要设计
4.2系统结构设计
4.3 系统顺序图
4.4数据库设计
4.4.1 数据库实体(E-R图)
4.4.2 数据库表设计
5 系统的实现
5.1系统主界面的实现
5.2登录模块的实现
5.3教师管理模块的实现
5.4学生管理模块的实现
5.5学生返校申请管理模块的实现
5.6学生健康打卡管理模块的实现
5.7学生请假管理模块的实现
5.8教师返校申请管理模块的实现
6 系统测试
6.1测试定义
6.2测试方式
6.3测试方案计划
6.4测试分析
7 总 结
参考文献
致 谢