Effects of orientation and obstacles on the RFID performance

Li Zhenzhong, Mrad Nezih, Xiao George, Guocheng Liu, Y. Ono, Ban Dayan
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引用次数: 4

Abstract

The impact of environmental configurations on the characteristics and performance of Radio Frequency IDenrification (RFID) passive Ultra-High-Frequency (UHF) tags was presented. Orientation and obstacle effects on the performance of an RFID system were investigated. The range detection sensitivity, the tag orientation sensitivity, as well as the RFID system reliability to the presence of obstacles have been evaluated and reported. Improved system reliability and range of detection were achieved in the absence of obstacles (free space) and degraded exponentially in the presence of such obstacles, with zero detection for metallic films. A tag orientation of 90° increased the sensitivity range by two folds while the same reliability was maintained.
方向和障碍物对RFID性能的影响
研究了环境配置对射频识别(RFID)无源超高频(UHF)标签特性和性能的影响。研究了方向和障碍物对RFID系统性能的影响。已经对距离检测灵敏度、标签方向灵敏度以及RFID系统对障碍物存在的可靠性进行了评估和报道。在没有障碍物(自由空间)的情况下,提高了系统的可靠性和检测范围,在存在这些障碍物的情况下,系统的可靠性和检测范围呈指数级下降,对金属薄膜的检测为零。标签方向为90°时,灵敏度范围增加了两倍,同时保持了相同的可靠性。
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