XXX 大 学
毕 业 设 计
题 目: 实验室管理系统
所在学院:
专 业:
学 号:
作者姓名:
指导教师:
2018 年 3 月 日
I
实验室管理系统
计算机科学与技术学院 计算机科学与技术专业
XXXXXXXXX(学号) XXX(姓名) 指导教师:XXX
摘 要 21 世纪的今天,随着社会的不断发展与进步,人们对于信息科学化的认识,
已由低层次向高层次发展,由原来的感性认识向理性认识提高,管理工作的重要性已逐渐被
人们所认识,科学化的管理,使信息存储达到准确、快速、完善,并能提高工作管理效率,
促进其发展。
随着人们水平的不断提高,实验室管理系统行业的日益扩大,实验室管理系统店面越来
越多,如何更好地进行实验室管理系统管理来满足用户的需求,成为各实验室管理系统关注
的热点。随着人们需求的提高,网络管理也日益增加,文科综合实验店铺间的竞争也越来越
大,为了更好的为客户服务,实验室管理系统服务模式急需变革。因此,结合计算机开发的
成熟,与计算机应用的普及,特开发了本实验室管理系统。
实验室管理系统的设计与实现是采用 JSP 技术,MYSQL 数据库,基于 B/S 结构进行设
计开发。系统主要包括后台管理员模块,前台用户模块。系统功能齐全,实现了实验室管理
系统管理的系统化、科学化,既可以提高服务质量,又大大的促进了实验室管理系统的发展。
关键词 实验室管理系统管理;JSP 技术;MYSQL 数据库;B/S 结构
II
Abstract Today in the 21st century, with the continuous development of society and progress,
people for the understanding of the scientific information that has been developed from low level
to high level development, from perceptual knowledge to rational knowledge, the importance of
management work has been gradually known by people, scientific management, to store
information accurate, fast, perfect, and can improve the work efficiency of management, promote
its development.
With the constant improvement of the people level, the liberal arts comprehensive experiment
center service platform industry growing, liberal arts comprehensive experiment center service
platform to store more and more, how to better service for liberal arts comprehensive experiment
center platform management to meet the needs of users, and become the hot topic of liberal arts
comprehensive experiment center service platform. With the improvement of people demand,
network management is also increasing, the competition between liberal arts comprehensive
experiment shops are increasing, in order to better service for the customer, the liberal arts
comprehensive experiment center service platform service model needs change. Therefore, with
the maturity of computer development and the popularization of computer application, the service
platform of this comprehensive experimental center was developed.
The design and implementation of the service platform of the comprehensive experimental center
of liberal arts is designed and developed using JSP technology, MYSQL database and B/S
structure. The system mainly includes the background administrator module and the foreground
user module. System fully functional, has realized the arts integrated experiment center service
platform reservation management systematic, scientific, and can improve the quality of services,
and greatly promoted the arts integrated service platform for the development of experiment
center.
Keywords: comprehensive experimental center service platform management; JSP technology.
MYSQL database; B/S structure
III
目 录
1 引言............................................................................................................................1
1.1 课题研究背景................................................................................................1
1.2 研究现状........................................................................................................1
1.3 研究意义........................................................................................................2
2 系统开发技术............................................................................................................4
2.1 开发工具........................................................................................................4
2.1.1 MyEclipse..................................................................................................4
2.1.2 Tomcat........................................................................................................4
2.2 JSP 技术.........................................................................................................4
2.3 JavaScript....................................................................................................5
2.4 MYSQL 数据库.................................................................................................5
2.5 B/S 结构.........................................................................................................5
2.6 S2SH 框架.......................................................................................................6
2.7 本章小结........................................................................................................6
3 系统分析....................................................................................................................7
3.1 可行性分析....................................................................................................7
3.1.1 技术可行性................................................................................................7
3.1.2 经济可行性................................................................................................8
3.1.3 操作可行性................................................................................................8
3.1.4 发展可行性................................................................................................8
3.2 性能需求分析................................................................................................8
3.3 系统流程分析................................................................................................9
3.3.1 登录流程....................................................................................................9
3.3.2 文科综合实验实验室发布流程..............................................................10
3.4 系统用例分析..............................................................................................10
3.5 本章小结......................................................................................................11
4 系统设计..................................................................................................................12
4.1 系统概述......................................................................................................12
4.2 系统结构设计..............................................................................................12
4.3 系统结构设计..............................................................................................13
4.4 数据库设计..................................................................................................13
4.4.1 数据库设计原则......................................................................................14
4.4.2 数据库实体..............................................................................................14
4.4.3 数据库表设计..........................................................................................15
4.5 本章小结......................................................................................................16
5 系统的实现..............................................................................................................17
5.1 用户登录......................................................................................................17
5.2 管理员管理界面...........................................................................................17
5.3 用户管理界面...............................................................................................18
5.4 实验室添加界面...........................................................................................18
5.5 实验室管理界面...........................................................................................19
IV
5.6 设备管理界面..............................................................................................19
5.7 用户申请界面...............................................................................................20
5.8 用户器材管理界面.......................................................................................20
5.9 本章小结.......................................................................................................21
6 系统测试..................................................................................................................22
6.1 系统测试目的及意义..................................................................................22
6.2 系统测试方法..............................................................................................22
6.3 性能测试......................................................................................................22
6.4 测试结论......................................................................................................22
总结..............................................................................................................................24
参考文献......................................................................................................................25
致谢..............................................................................................................................26