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Improved UHF RFID localization accuracy using circularly polarized antennas

机译:使用圆极化天线提高UHF RFID定位精度

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We present the design of two new antennas for an indoor angle-of-arrival based passive UHF RFID tag localization method. First, a circularly polarized patch antenna that can be used as the reader's transmit antenna or as the tag antenna. Second, a circularly polarized three-element patch antenna array for the reader. We use measurements in a 3 m × 3 m test grid with 25 equally spaced measurement points, placed into a standard office room, to show that the new antennas improve localization accuracy by 53% compared to a system equipped with linearly polarized antennas. The new circularly polarized system is able to localize a tag in our setup with a measured mean error of 9 cm and a measured mean standard deviation of 7 cm.
机译:我们介绍了两个新天线的设计,用于室内到达基于角度的无源UHF RFID标签定位方法。 首先,可以用作读者的发射天线或标签天线的圆极化贴片天线。 其次,用于读取器的圆偏振三元件贴片天线阵列。 我们在3米×3米测试网格中使用25个等间隔的测量点,放入标准办公室房间,表明新天线与配备线性偏振天线的系统相比提高了53%的本地化精度。 新的循环偏振系统能够在我们的设置中定位标签,测量的平均误差为9cm,测量的平均标准偏差为7cm。

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