基于B/S结构的工厂设备管理系统的设计与实现

包括文档,设计,文档字数:11461,页数:28

摘    要
随着科技的发展，网络资源利用在各行业已日趋成熟，表现最为明显的是企事业单位在管理平台上的应用。利用网络资源进行管理就尤其快捷方便。网络化管理就显得格外重要，是一个企业不可缺少的部分，为企业减少人力物力，为仓库管理带来便利，以此提高了管理者工作效率。所以就《基于B/S结构的工厂设备管理系统》此毕业设计进行研发，该系统为管理层提供了便利，通过查询功能可以快捷的获取设备信息，进一步加强对工厂设备信息的掌握与管理。
本系统采用IIS Web服务器、ASP编程技术和SQL SERVER数据库开发方案来完成设计，实现了设备入库、出库、报修、作废以及设备库存、设备详细信息查询和人员管理等基本功能。本文档将从方案、系统的分析、ASP网页制作技术、功能具体实现方法等几方面对本系统进行介绍。

关键词：B/S；设备信息数据库；设备管理
The Design and Implementation of Equipment Management System Based on B/S Structure
Abstract
With the development of science and technology, network has been widely used in various fields, for example, the use of the management information system. Of course, for all enterprises, it is particularly convenient to manage resources through network. On-line management, which is now an indispensable part of enterprises, is particularly important. The cost of manpower and materials can be reduced by using management information system, which brings convenience for warehouse management, and raises the efficiency of managers. Therefore, this paper, “The equipment management system based on B/S structure”, and the software, which leads to fast access to equipment information and easy management of equipment information is proposed.    
The system is developed by using IIS Web server, the ASP programming language and SQL Server as background database. It implements the equipment storage, repairing, expiration, the equipment inventory, equipment’s details, personnel management and other basic functions. The development process of the system is introduced from several aspects, such as analysis, design and programming, ASP web technology, and the like.
Key words: B/S; Equipment Information Database; Equipment Management

目 录

1引言 1
1.1 课题背景 1
1.2 选题意义 1
1.3 方案的选择背景 1
2 基础理论及开发工具介绍 2
2.1 系统使用工具的选择 2
2.2 ASP简介 2
2.3 DREAMWEAVER简介 3
3 系统需求分析 4
3.1运行环境 4
3.2 系统的功能分析 4
3.3 系统结构图与功能模块设计 4
4 设计与实现 6
4.1 系统方案的确定 6
4.2数据库建立 6
4.3 系统数据流程图 10
4.4 用户的登陆模块 10
4.5 模块设计 11
4.5.1 设备入库申请与审核 11
4.5.2 设备出库申请与审核 12
4.5.3 设备报修、作废申请和审核 14
4.5.4 查看设备库存、查询设备信息 14
4.5.5 用户管理 15
5 结果测试与分析 18
5.1 结果测试 18
5.2 性能分析 20
5.3 特殊问题及解决方法 20
结    论 21
参考文献 22
致    谢 23
声    明 24

相关论文