3D scanning and sensing technique for the detection and remote reading of a passive temperature sensor

D. Henry, Hervé Aubert, Patrick Pons
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引用次数: 8

Abstract

This paper presents a novel technique for the detection and remote reading of passive temperature sensors. This technique is based on a 3D beam scanning performed by a FMCW radar for measuring the echo level of sensors distributed in a scene. The carrier frequency is 24GHz and two frequency modulation bandwidths are investigated (2 GHz and ISM 250 MHz). The fluctuation of the measured echo level is analyzed by using appropriate estimators and the derived temperature variation is displayed by using a convenient three dimensional representation of isosurfaces.
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用于无源温度传感器检测和远程读取的三维扫描和传感技术
本文提出了一种无源温度传感器的检测和远程读取新技术。该技术基于FMCW雷达进行的三维波束扫描,用于测量分布在场景中的传感器的回波电平。载波频率为24GHz,研究了两种调频带宽(2ghz和ISM 250mhz)。利用适当的估计量分析了测量回波电平的波动,并利用方便的三维等值面表示来显示导出的温度变化。
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