摘 要设计制作一个小型的仓储管理系统，此系统可以用来记录仓库货物的存储信息以及查看出入库历史记录。这极大方便管理者了解货物最新的销售情况，以及货物余量，便于及时补货，满足市场需求，获得更大利润。无论是嵌入式端的出入库扫描操作，还是网页端的仓库信息查看都简单明了，极大方便了用户使用本系统。
利用RFID无线射频技术，来读取货物上的电子标签。嵌入式端设置出入库模式。通过STM32单片机上外接的WiFi模块，将数据传输到阿里云服务器上。后台服务器根据TCP/IP协议采用TCP方式进行编程，用JAVA语言编写，生成JAR（JAVA归档）文件。用Navicat软件编写的数据库文件，与服务器一起挂在阿里云上运行。网页端程序使用JSP技术，JAVA语言与HTML语言结合编写，也要放在阿里云对应目录下。管理者可以通过阿里云的公网网址连接服务器，进行注册和登录账号操作，可以查看当前货物数量以及历史进出记录。
Design of Warehouse Management System
Abstract
The goal of this design is to make a small warehouse management system. This system can be used to record the storage information of warehouse goods and to view the history of warehouse entry and exit. This greatly facilitates managers to understand the latest sales of goods, as well as the surplus of goods, facilitate timely replenishment, meet market demand, and obtain greater profits
RFID radio frequency technology is used to read electronic tags on goods. Embedded terminal sets the mode of access and storage *51今日免费论文网|www.jxszl.com +Q: ^351916072# 
. Through the external WiFi module of STM32 MCU, the data is transmitted to Aliyun server. The background server is programmed in TCP mode according to TCP/IP protocol and written in JAVA language to generate JAR (JAVA archive) files. The database files written with Navicat software are linked to the server and run on the Ali cloud. Webside programs are written using JSP technology, JAVA language and HTML language, but also in the corresponding directory of Aliyun. Administrators can connect to the server through Aliyuns public network address, register and login account operations, and can view the current number of goods and historical entry and exit records.
Whether it is the scanning operation of inbound and outbound warehouses on embedded side or the view of warehouse information on Web page side, it is simple and clear, which greatly facilitates users to use the system.
Keywords：Warehouse Management System;RFID;STM32;The server
目 录
1.绪论 1
1.1项目的目的与意义  1
1.2项目研究的现状与趋势  1
1.3项目内容 2
2.设计方案 4
2.1设计需求   4
2.2方案设计与论证  4
2.3总体框架 5
3.硬件设计 7
3.1 RFID模块 7
3.2 STM32开发板 7
3.3 WIFI模块 8
4.软件设计 10
4.1 嵌入式端设计 10
4.1.1 RFID设计 11
4.1.2 WiFi设计 12
4.1.3触摸屏设计 13
4.2 数据库设计 15
4.3 网页端设计 16
4.4 服务器端设计 17
4.5 阿里云服务器 19
5.调试效果 20
6.小结 23
7.致谢 24
8.参考文献 25
1.绪论
1.1项目的目的与意义 
随着社会生产力的迅速发展以及全球人口的不断增加，人们对于各种商品的需求量也随之增大，导致工厂的生产规模不断扩大，其生产或者储存的货物数量也越来越庞大，这些货物无法立刻销售出去，需要暂时的存储，仓库的规模也随着生产规模而扩大。然而传统的人工管理模式弊端日益显露，效率低，易出错，成本消耗大，智能仓储管理系统应运而生。

原文链接：http://www.jxszl.com/dzxx/dzkxyjs/556952.html