Relative localisation of passive UHF-tags by phase tracking

Marten Wegener, Daniel Froß, Marko Rößler, Chris Drechsler, Christian Pätz, U. Heinkel
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引用次数: 12

Abstract

In this paper a solution is presented that realise the detection of order of moving UHF-RFID (Ultra High Frequency - Radio Frequency Identification) tags. Besides pure in-field detection of tags, further information corresponding to the physical distance between tag and interrogator such as signal strength or timing information can be evaluated. The method used in this work exploits phase values together with time stamps. In this way the reader behaves like a multi sensor platform. To solve the system inherent problem of ambiguities caused by phase wrapping Kalman Filters are used to recover the unwrapped phase for every tag. Based on this information the algorithm then retrieves the tag's location incorporating knowledge about the principle arrangement and movement of the tags. To validate the robustness of our approach various test series with an industrial ready reader have been performed also discussing the limits of the given approach.
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被动超高频标签的相位跟踪相对定位
本文提出了一种实现超高频射频识别(UHF-RFID)标签移动顺序检测的解决方案。除了对标签进行纯粹的现场检测外,还可以评估标签与询问器之间的物理距离所对应的其他信息,如信号强度或定时信息。本工作中使用的方法利用相位值和时间戳。这样,阅读器就像一个多传感器平台。为了解决相位包络引起的系统固有的模糊性问题,采用卡尔曼滤波器对每个标签恢复未包络的相位。基于这些信息,算法然后检索标签的位置,并结合标签的原理、排列和运动的知识。为了验证我们的方法的稳健性,已经进行了各种测试系列,并讨论了给定方法的局限性。
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