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Doppler Cardiogram Detected by a V-Band Doppler Radar Sensor

机译:V波段多普勒雷达传感器检测到的多普勒心电图

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摘要

Capable of remote presentations of human heart activities, the Doppler cardiogram (DCG) can be detected by an agile Doppler radar sensor. However, as a recently developed technology, its performance needs sustained improvements for the future practical applications. In this work, a continuous-wave, V-band Doppler radar sensor was implemented to improve the discrimination of the receiver, for detecting micrometer-level details of heartbeat motions conducted to the chest skin. Besides, new algorithms were derived to achieve high linearity, to demodulate the Doppler phases and retrieve the fine details of DCG waveforms. Experimental measurements to different subjects showed significantly enhanced robustness and accuracy. The obtained results imply a promising potential of DCGs in wide application scenarios such as medical wisdom and personal healthcare.
机译:多普勒心动图 (DCG) 能够远程呈现人类心脏活动,可以通过敏捷的多普勒雷达传感器进行检测。然而,作为一项新近开发的技术,其性能需要持续改进才能在未来的实际应用中使用。在这项工作中,实现了连续波、V 波段多普勒雷达传感器以提高接收器的辨别力,用于检测传导到胸部皮肤的心跳运动的微米级细节。此外,还推导了新的算法来实现高线性度,解调多普勒相位并反演DCG波形的精细细节。对不同受试者的实验测量显示出显著增强的稳健性和准确性。研究结果表明,DCGs在医疗智慧、个人健康等广泛应用场景中具有广阔的应用潜力。

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