基于rfid的灾害管理与目标探测定位系统

M. Ali, A. N. Hasan Mahmood, Tarannum Islam
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引用次数: 1

摘要

本文表明,射频识别(RFID)已经以一种廉价、可靠、灵活和可扩展的方式用于目标检测和定位。我们设计了一个125kHz射频模块的系统,不仅可以检测物体,而且可以给出物体的实际位置。所述读写器正在发送和接收无线电信号,然后测量所述读写器的旋转角度。为了得到两个阅读器的角度,我们应用三角函数公式来得到阅读器的基线到物体的距离。我们提出了基于rfid的空间检测,在精度、及时性、一致性、可扩展性和预算方面优于其他方法。开发的原型具有有限轮廓天线,可以检测和测量距离障碍物4厘米的RFID标签物体的位置,这有效地验证了该方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RFID-based disaster management with object detection and positioning system
In this paper it has been showed that the Radio Frequency Identification (RFID) has been utilized in an inexpensive, reliable, flexible, and scalable manner for object detection and positioning. We have designed a system with 125kHz RF module which not only can detect the object but also give the actual position of the object. Radio signals are being transmitted and received by the reader after that the rotation angle of the reader measured. Getting the angle of two readers we are applying trigonometric formulae to get the distance from the baseline of the reader to the object. We present RFID-based spatial detection that compare favorably with other methods in terms of precision, promptness, consistency, scalability and budget. The developed prototype with its limited profile antenna can detect and measure the position of RFID tagged object behind an obstacle up to 4 cm which effectively verifies the methodology.
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