海报:基于多普勒效应的无设备移动物体定位

K. Zhao, Dingyi Fang, Xiaojiang Chen, Yuan Zhang, Weike Nie, Tianzhang Xing
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引用次数: 4

摘要

这张海报介绍了MoveLoc系统,该系统无需携带任何设备来检测运动物体反射的多普勒频移,即可定位运动物体。即使物体在没有任何训练的情况下朝着不同的方向行走或奔跑,它也能工作。MoveLoc不需要用户携带任何通信设备,但其精度超过了目前使用无线电信号强度(RSS)的移动物体定位系统。我们实现了该系统,并通过实验对系统在移动人员上的性能进行了评价。实验结果表明,与使用RSS的其他已知无线移动目标定位方法相比,MoveLoc的平均定位精度为0.69米,并且降低了设备部署密度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Poster: doppler effect based device-free moving object localization
This poster introduces MoveLoc, a system that locates a moving object without carrying any devices from detecting Doppler shifts reflected off the moving object. It works even if the object walking or running in different directions without any training. MoveLoc does not require the user to carry any communication devices, yet its accuracy exceeds current moving object localization systems using Radio Signal Strength(RSS). We implement the system and evaluate the performance on moving person by experiments. Experimental result shows that MoveLoc achieves an average location accuracy of 0.69 meters and reduces the equipment deployment density compared with other known wireless moving object localization approaches using RSS.
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