CAJ | 학술논문

分析基于射频识别(RFID)技术的系统基带通信过程,建立RFID基带传输模型,利用FPGA技术实现具有基带编解码、数据收发功能的通信IP核,介绍基于模块化思想的基带通信IP核的RTL设计方法,利用QuartusⅡ与Simulink(工具进行系统仿真,仿真实验结果表明,该通信模块是有效的,能够为设计RFID通信系统提供高度集成的基带通信IP核.
분석기우사빈식별(RFID)기술적계통기대통신과정,건립RFID기대전수모형,이용FPGA기술실현구유기대편해마、수거수발공능적통신IP핵,개소기우모괴화사상적기대통신IP핵적RTL설계방법,이용QuartusⅡ여Simulink(공구진행계통방진,방진실험결과표명,해통신모괴시유효적,능구위설계RFID통신계통제공고도집성적기대통신IP핵.
The system communication base-band process based on Radio Frequency Identification(RFID) is analyzed, and a model of RFID base-band transmission is set up, which utilizes FPGA technology to design a communication IP core, integrating functions of base-band codec and data transmitting. The RTL design of base-band communication IP core based on modular method is introduced. The system simulation with Quartus lI and Simulink is conducted. Simulation experimental results show this communication model is effective, which offers a highly-integrated base-band communication IP core.