A Multicarrier Communication Method to Increase Radio Coverage for UHF RFID

J. Walk, M. Maderboeck, G. Saxl, M. Ferdik, Moritz Fischer, Thomas Ussmueller
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引用次数: 1

Abstract

The method introduced in this paper shows a multicarrier communication to increase coverage in a multipath environment for UHF RFID systems. A characterization of the combined radio channel in ideal (absorber chamber) and in real measurement environment with multipath propagation is presented. Positive effects of different transmit frequencies as well as coverage improvement in real measurement environments are shown. Predictions are made about spatially given dead points and their compensation is described. Furthermore, the shown approach helps to overcome them by significantly improving the transponder coverage with a multicarrier system. The use of a multicarrier transmission leads to a coverage of almost 70%, while the coverage of the single frequencies is below 40%. The geometrically defined rules used for the calculation of the interference pattern agree with a deviation of max. 2 dBm with the measurements.
一种增加超高频射频识别无线电覆盖的多载波通信方法
本文介绍的方法展示了一种多载波通信,以增加UHF RFID系统在多径环境下的覆盖。给出了理想(吸收室)和实际测量环境下多径传播组合无线电信道的特性。在实际测量环境中,不同的发射频率和覆盖范围的改善都有积极的影响。对空间上给定的死点进行了预测,并对其补偿进行了描述。此外,所示方法通过显著提高多载波系统的应答器覆盖范围,有助于克服这些问题。使用多载波传输可实现近70%的覆盖率,而单频率的覆盖率低于40%。用于计算干涉图的几何定义规则与最大偏差一致。2 dBm的测量值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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