基于射频识别的智能仓储管理平台开发
时间:2018-08-08 14:48 来源:毕业论文 作者:毕业论文 点击:次
| 摘要鉴于物流业对仓库管理的水平要求的不断提高，本文对基于RFID（射频识别）的智能仓储管理平台的开发进行了设计和实现。该系统有硬件和软件两部分，硬件结构由读卡器、电子标签、天线和PC机组成，而软件部分是通过MFC编程，调用API函数，连接Access数据库对接收的数据进行管理，通过软件调动硬件工作，可实现对贴有射频识别卡物品的库存情况进行管理，从而实现智能仓储管理平台功能。 本文对RFID系统的组成和原理进行了分析，对系统实现的硬件、软件原理进行了详细解释，并以框图形式表述了软件设计流程，同时阐述了关于MFC编程的相关特点和用途，并对VC++编程实现该系统功能的程序进行了详尽的说明。26749 系统最后调试成功，本文对调试结果进行了解释和分析。 关键词 射频识别 Access数据库 MFC编程 读卡器 电子标签 毕业论文设计说明书外文摘要 Title The development of intelligent warehouse management platform based on RFID Abstract In view of the requirement for warehouse management level of the logistics industry is increasing , in this paper, we design and realize the intelligent warehouse management platform based on RFID (radio frequency identification). This system includes hardware and software, hardware consists of the card reader, electronic tags, antenna unit and PC, soft part is realized by calling API function through the MFC programming and connecting the Access database to manage the received data, mobilizing the hardware through the software, which can realize to manage inventory with radio frequency identification card items, so as to realize the intelligent warehouse management platform function. In this paper , we analyze the composition and principle of RFID system and explain the principle of hardware and software in detail. Else ,we present the software design process by the form of block diagram , and expound on the characteristic of the MFC programming and use. The VC++ programming to realize the system function has carried on the detailed description. System debugging success finally, this article explains and analyses the result of the debugging. Keywords Radio frequency identification Access database MFC programming Card reader Electronic tags 目 次 1 绪论 1 1.1 选题背景与意义 1 1.2 国内外研究状况 1 1.2.1 国外相关研究现状 1 1.2.2 国内相关研究 2 1.2.3 RFID技术在仓储方面的应用 2 2 相关技术介绍与设计分析 3 2.1 RFID技术综述 3 2.1.1 无线射频的概念 3 2.1.2 无线射频识别技术 3 2.2 无线射频识别技术的组成 3 2.2.1 读写器 4 2.2.2 电子标签 5 2.2.3 天线 6 2.3 RFID系统工作原理 6 2.4 电子产品编码与RFID 6 2.4.1 EPC 6 2.4.2 物联网 6 2.5 总体设计思路 6 3 软件系统设计 8 3.1 开发平台 8 3.1.1 MFC 8 3.1.2 数据库 8 (责任编辑：qin) |