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Measurement and Evaluation of RFID Transmission Characteristic for Long Range Systems

机译:远程系统RFID传输特性的测量与评价

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The radio frequency identification (RFID) is a wireless communications that lets computer reads the identity to tag at 2:45 GHz can be fast identified the high speeds at 3 meters read range guaranteed at speeds of 100 km/hr. This paper used the model for expressway by supposing receiver moves to fixed transmitter, the microstrip antenna was used for both transmitter and receiver, The Friispsilas transmission formula is used for analysis. We considered characteristics of antennas performance at each distance transmission channel, magnitude and phase channel transfer function, bit error rate, path loss and rms delay spread were the results of experimental. This technique is very to useful for analyzed the signal performance and transmission signal in the RFID networks.
机译:射频识别(RFID)是一种无线通信,让计算机在2:45 GHz时读取标签的标识可以快速确定3米的高速,以100km / hr的速度保证保证。本文使用了通过假设接收器移动到固定发射机的高速公路模型,微带天线用于发射器和接收器,Friispsilas传输公式用于分析。我们认为在每个距离传输通道处的天线性能,幅度和相位道传递函数,误码率,路径损耗和rms延迟扩展的特征是实验结果。该技术非常有用,用于分析RFID网络中的信号性能和传输信号。

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