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An Accurate and Robust Algorithm for Detection of Heart and Respiration Rates Using an Impulse Based UWB Signal

机译:一种准确稳健的算法,用于使用基于脉冲的UWB信号检测心脏和呼吸速率的精确且鲁棒算法

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The purpose of this paper is to introduce an accurate algorithm to detect respiration rate and heart beat using an Ultra-Wideband (UWB) signal. One important issue to consider for obtaining precise results is the right selection of measurement parameters in UWB system. In this work the impact of these parameters in detecting respiration rate and heart beat are studied and the best values are suggested. The experiments are done using a UWB transceiver with 3.2GHz of bandwidth in a busy environment without any wave absorbent. The results of the experiments prove an accuracy of 98% and 90% for detecting of respiration rate and heart beats, respectively. The robustness of the algorithm to environmental noise due to scattering effect is also studied by performing different experiments in two situations.
机译:本文的目的是使用超宽带(UWB)信号引入准确的算法来检测呼吸速率和心跳。考虑获得精确结果的一个重要问题是UWB系统中测量参数的正确选择。在这项工作中,研究了这些参数在检测呼吸率和心跳中的影响,并提出了最佳值。实验是使用UWB收发器在繁忙环境中使用3.2GHz的带宽进行,而没有任何波浪吸收剂。实验结果分别检测呼吸率和心跳的精度为98%和90%。通过在两个情况下执行不同的实验,还研究了算法对环境噪声引起的环境噪声的鲁棒性。

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