本论文是“基于射频识别(RFID)的智能监管平台”的开发与设计,是 RFID技术在物流监控方面的具体应用。现代社会的经济飞速发展,国家之间,公司之间,甚至是人与人之间的物品交流越来越频繁,交流量越来越大。而这,就对物品的快速并且准确的识别提出了新的要求。而射频识别 RFID就是这样一个先进、科学、规范且便捷的识别技术。将这样一种技术与后台强大的数据库结合,就可以快速实现对于物品快速且准确的识别与检索。 本文以海关检测集装箱内货物为背景,系统并且详细的阐述了基于射频识别(RFID)技术的智能监管平台的开发与设计。本监管平台采用 Visual Studio 2010开发平台与 Access 作为数据库,实现了对待检测物体的自动对比检索(多对多搜索) ,以及对物品数据库的浏览信息,添加物品,修改信息,手动查找五大功能。依靠新兴的 RFID 技术,该系统能够有效的减少物品通关时间,提高工作效率,同时减少工作人员工作量,并且提高识别可靠性。59684
毕业论文关键词 RFID 监管平台 MFC 数据库 Title Intelligent supervisory platform development Based on radio frequency identification (RFID) Abstract This thesis is “Intelligent supervisory platform‟s design and development based on radio frequency identification (RFID)”, as the concrete application of RFID technology in logistics monitoring aspect. As rapid economic development of modern society, physical distribution between countries 、 companies,even interpersonal communication more frequent.And new requirements were needed for rapid and accurate identification of items.Radio frequency identification system is an advanced, scientific, standardized and convenient identification technology.Combine this technique with powerful database background, items can be quick realized、identification and retrieval. As the background is goods in customs,this thesis introduce the intelligent regulation platform based on radio frequency identification „s development and design.This regulatory platform adopts the Visual Studio 2010 development platforms and Access as the database.the treated object detection included “automatically retrieval”,“browsing item database information”,”add items”,”change information”,”Search“.Depending on the emerging of RFID technology, the system can effectively reduce the goods customs clearance time, improve work efficiency,reduce the staff‟s workload, and improve the recognition reliability.
Keywords RFID regulatory platform MFC database
目 次
1 引言(或绪论) 5
1.1 技术背景——射频识别技术简介及原理 5
1.2 应用背景 6
1.3 开发背景 6
1.3.1 前端开发工具的选用 7
1.3.2 后台数据库的选用 7
1.3.3 RFID 射频读卡器的选用7
1.4 本文工作 8
2 智能监控平台总体设计 8
2.1 系统设计的原则与目标9
2.1.1 系统的设计原则9
2.1.2 系统的设计目标 9
2.2 系统的构架10
2.3 各模块功能10
2.3.1 基于 RFID 的智能监管平台主机10
2.3.2 Access 数据库模块10
2.3.3 RFID 比对模块10
2.3.4 Access 数据库管理模块11
2. 4 本章小结 1 1
3 Access 数据库管理模块详细设计11 基于射频识别(RFID)的智能监管平台开发:http://www.751com.cn/tongxin/lunwen_64978.html