摘要
为满足物联网感知层应用教学需要,以CC2530为主控芯片,采用RFID射频卡识别和人体红外感应,设计了两种方式控制的门禁系统.实验模型系统运行稳定,且成本低、功耗小,灵敏度高,应用于物联网专业教学,直观易懂,可拓展性强,可为学生后续多数据采集和组网学习打下良好的基础.
The entrance guard system controlled in two ways was designed to meet the teaching needs at the perception layer of the Internet of things with CC2530 as main control chip, using RFID card and infrared induction of the human body. The experimen-tal model of the system indicates that it can run stably, and work with low cost, low energy consumption and high sensitivity. The application of the system to the professional teaching of the Internet of things can lay a good foundation for subsequent data collection and network learning because it is highly visual and expansible.
作者
李兰兰
LI Lanlan(Chuzhou Vocational ￡ind Technical College,Chuzhou,Anhui 23900)
出处
《玉溪师范学院学报》
2018年第4期47-51,共5页
Journal of Yuxi Normal University
基金
安徽省教育厅高校自然科学研究重大项目
编号:KJ2018ZD064
安徽省教育厅高校自然科学研究重点项目
编号:KJ2017A727
安徽省质量工程项目
编号:2015zy098
关键词
智能门禁
CC2530
射频识别
人体红外
光照强度
教学演示系统
intelligent access control
CC2530
radio frequency identification
infrared detection of human body
light inten-sity
teaching demonstration system
