*******************实践教学*******************XX理工大学计算机与通信学院2013年秋季学期RFID应用技术课程设计题目：基于高频RFID的学生考勤系统院系：计算机与通信学院专业：计算机科学与技术（物联网工程方向）姓名：XXX学号：XXXXX指导老师：XXXXXX成绩：目录摘要······························································································2前言······························································································3一、案例描述:···················································································41.1RFID的定义············································································41.2RFID系统的组成·····································································41.3RFID技术的基本工作原理·························································61.4RFID高频相关的国际标准··························································71.5高频(工作频率主要为13.56MHz)·················································8二、需求分析····················································································8三、整体描述和实现：········································································91.硬件设计··················································································92.软件设计·················································································123.程序代码·················································································144.运行结果·················································································29总结·····························································································31参考文献····················································································32摘要本次课程设计主要是设计基于高频的学生考勤系统，利用上位机的Microsoftvisualstdio2008、MicrosoftOficeAccess2000等软件来编写学生考勤系统需要的代码，绘制相关界面以及创建数据库。同时，使用北京奥尔斯电子科技有限公司的RFID综合实验系统的试验箱，使用实验模块上的高频读卡区实现对高频卡ISO15693的识别，其中读卡区主要由7970A，F2370，MAX3232，天线等组成。此次课程设计主要分为四步，...
