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Instantaneous heartbeat detection using a cross-correlation based template matching for continuous wave radar systems

机译:使用基于互相关的模板匹配的连续波雷达系统的瞬时心跳检测

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Instantaneous heartbeat detection is necessary for an optimal patient monitoring in healthcare centers. Whereas electrocardiogram (ECG) and ballistocardiogram (BCG), for instance, are established methods for real time monitoring nowadays, contact-free systems are appreciated. Herewith, a 24 GHz continuous wave (CW) radar system with an intelligent signal processing is presented. Common heartbeat detection algorithms use the fast Fourier transform (FFT), and therefore require an adequate observation time window and rather detect an averaged heart rate. The proposed algorithm in contrast accomplishes the detection of single heart beats directly in the time domain with an insignificant delay. The core of that algorithm is a template matching using the cross-correlation method. In this paper, after describing the radar system with the novel signal processing, the presented system is compared to a commercial ECG product.
机译:瞬时心跳检测对于医疗保健中心的最佳患者监测是必要的。例如,电磁图(ECG)和Ballistocascogram(BCG)是现在建立了实时监测的方法,但是可以欣赏无联系系统。在此,提出了具有智能信号处理的24 GHz连续波(CW)雷达系统。常见的心跳检测算法使用快速傅里叶变换(FFT),因此需要足够的观察时间窗口,而是检测平均心率。该对比度的算法实现了单心跳直接在时域中的检测,具有微不足道的延迟。该算法的核心是使用互相关方法的模板匹配。在本文中,在描述具有新型信号处理的雷达系统之后,将呈现的系统与商业ECG产品进行比较。

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