文档介绍：基于RFID技术的考试管理系统设计与实现
摘要
射频识别技术(FRID)是自动识别技术的一种,它通过无线射频方式进行非接触双向数据通信对目标加以识别,具有识别迅速、无磨损、不受环境影响、寿命长等优点。
论文着重阐述了RFID技术以及该技术在本系统中的具体应用。,对系统的硬件体系结构进行了设计,对相关RFID设备进行了选型。系统Windows XP/Windows 2000为运行平台,采用c/s架构,sqlserver2000 为后台数据库,C#为开发工具。按照软件工程的方法开发,采用UML 面向对象方法对系统进行了建模和分析,结合智能IC卡和考勤机采集原始刷卡数据,以ADO的方式连接数据库,应用Windows API函数实现串口通信,加以先进的考勤管理理论,实现了考勤管理业务流程的自动化和科学化。本系统与传统的考试管理系统相比,除了使用方便、功能完善、省时省力的特点外,还具有刷卡注册,合理分配;师生考勤、试题管理;一次排场、终身可用;结算精确、报表详细;考勤处理结果多样化;这套考试管理系统可单机或联网使用等特点。目的是为了解决大型考试的签到复杂性,合理安排考场,监考老师,试卷等问题。杜绝了考勤做假、做人情,对学校提高管理水平、节约资源、提高办事效率有显著的应用效果。
关键词:RFID:C/S;ADO;C#;考试管理系统
Abstract
Radio frequency identification technology (RFID) is an automatic identification technology, radio frequency through non-contact way of two-way munications to be on target recognition, with the rapid identification, no wear, no environmental effect, long life and other advantages.
Paper focuses on the RFID technology and the technology in the system application. Comparison of radio frequency identification technology and other automatic identification technology . The advantages and disadvantages in attendance management system business process on the base of system, hardware system structure design, the RFID equipment for the selection. System with Windows XP/Windows 2000as operation platform, using c/s structure, sqlserver2000 as background database, C# for development tools. According to the method of software engineering development, using UML object-oriented method has carried on the system modeling and analysis, combined with the intelligent IC card and attendance machine collection of the original card data, in the form of ADO connect to the database, using Windows API function to realize munication, to the advanced management theory, realize the attendance management business process automation and scientific. This system and the traditional examination management system, in addition to the use of convenient, perfect function, time-saving featur