首页|基于RFID技术和FPGA主控模块的智能图书测距系统设计

基于RFID技术和FPGA主控模块的智能图书测距系统设计

扫码查看
为了提高用户在书架中搜索、获取目标图书的效率,设计一款基于RFID技术和FPGA主控模块的智能图书测距系统.设计的智能图书测距系统的整体架构由RFID系统、FPGA主控模块和显示模块等3部分组成.重点对RFID系统的组成进行剖析并深度分析,设计出智能图书测距系统的通信框架,并对图书相位差测距原理流程、最小二乘拟合算法和系统测距方法进行阐述.设计智能图书测距系统的指令流程,并采用MATLAB的Simulink进行高度拟合和可视化仿真测试.经过测试得知,系统运行流畅,电子标签测距误差范围较小,为0.1~5.0 cm,能够满足在书架中精确测距、快速发现和获取指定图书的系统设计要求.
Design of Intelligent Book Ranging System Based on RFID Technology and FPGA Main Control Module
In order to improve the efficency of users searching and obtain tagget books on bookshelves,an intelligent book ran-ging system is designed based on RFID technology and FPGA main control module.The overall architecture of the intelligent book ranging system is designed,which is composed of RFID system,FPGA main control module and display module.The composition of RFID system is analyzed in detail,the communication framework of intelligent book ranging system is designed,and the principle flow of book phase difference ranging,least square fitting algorithm and system ranging method are described.The instruction flow of the intelligent book ranging system is designed,and the Simulink of MATLAB is used for height fitting and visual simulation test.The test shows that the system runs smoothly and the error range of electronic tag ranging is small(0.1-5.0 cm),which can meet the system design requirements of accurate ranging in bookshelves,rapid discovery and acquisi-tion of designated books.

RFID technologyFPGA main control modulesystem designrangingphase differenceelectronic label

杜文龙

展开 >

西安航空学院,图书馆,陕西,西安 710077

RFID技术 FPGA主控模块 系统设计 测距 相位差 电子标签

陕西省教育厅科研项目

19JK0334

2024

微型电脑应用
上海市微型电脑应用学会

微型电脑应用

CSTPCD
影响因子:0.359
ISSN:1007-757X
年,卷(期):2024.40(4)
  • 12