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Feasibility study on ECG data transmission over voice for patient telemonitoring system

机译:病人远程监护系统通过语音进行心电图数据传输的可行性研究

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In this paper we present some schemes for transmitting electrocardiography (ECG) and voice signals simultaneously using a voice channel with some limitations of telephony system. A blind signal separation method and a beamforming algorithm concepts are reviewed first. However, they face some difficulties when implemented in the telephony system. Thus, we propose a separation system based on filtering concept with low computational complexity. Based on simulation result, the proposed system has successfully separated the voice and the ECG signals. The correlation indexes between the separation signals and the original ones are 0.99 and 0.87 for voice and ECG respectively. The simulation with additional noise shows that the noise has a bigger effect to the voice compared with the ECG signal. From the complexity point of view, the proposed separation system requires 5 adders and 82 registers.
机译:在本文中,我们提出了一些使用语音信道同时传输心电图(ECG)和语音信号的方案,但电话系统存在一些局限性。首先回顾了盲信号分离方法和波束成形算法的概念。但是,它们在电话系统中实现时会遇到一些困难。因此,我们提出了一种基于滤波概念的分离系统,其计算复杂度较低。基于仿真结果,所提出的系统已经成功地分离了语音和ECG信号。语音和心电图的分离信号与原始信号之间的相关指数分别为0.99和0.87。带有附加噪声的模拟表明,与ECG信号相比,噪声对语音的影响更大。从复杂性的角度来看,建议的分离系统需要5个加法器和82个寄存器。

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