Sensing respiratory rate by using an FM-CW radar in UHF band and a tailored AM technique

M. Y. Medina, Flavio J. Meneses Rivera, H. J. M. Odiaga, Sthefany Alvarez Navarro
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引用次数: 2

Abstract

In order to detect human vital signs, as respiratory rate, Doppler radar could be used. However the oscillation frequency have to be in the SHF band or higher in order to have an appreciable Doppler frequency shift. In this paper, a FM-CW radar in UHF band is used to detect this signal by extracting the amplitude modulation of the reflected signal using an specific digital signal processing. Respiratory rates of 11 and 15 breath per minute have been measured for two different persons. These values are within the natural range of respiratory rate.
利用超高频波段的调频-连续波雷达和定制调幅技术传感呼吸速率
为了检测人体的生命体征,如呼吸频率,可以使用多普勒雷达。然而,振荡频率必须在高频波段或更高,才能有明显的多普勒频移。本文利用超高频波段的调频-连续波雷达,通过对反射信号进行特定的数字信号处理,提取反射信号的调幅,从而实现对该信号的检测。测量了两个不同的人的呼吸频率为每分钟11次和15次。这些值在呼吸频率的自然范围内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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