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A study on reception electrodes for the vital-sign monitor using near-field intra-body communication enhanced by spread spectrum technique

机译:扩频技术增强人体近距离体内通讯的生命体征监测器接收电极的研究

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As a novel vital sign monitor, we have developed wireless ECG monitoring system with Near-field intra-body communication (NF-IBC) technique. However, it was hard to ensure communication reliability because transmission channel is noisy and unstable. In order to solve the problem, we utilize spread spectrum (SS), which is known as robust communication technique even through poor transmission channel. In previous study, we have already developed an ECG monitor using NF-IBC enhanced by SS. In this paper, we evaluated on structure of the reception electrode for reliable communication. Based on the evaluations with bit error rate, we suggested the reception electrode structure which can keep the communication reliability. As the results we considered that we can expand the reception electrode up to 2.25m
机译:作为一种新颖的生命体征监护仪,我们开发了具有近场体内通信(NF-IBC)技术的无线ECG监护系统。然而,由于传输信道嘈杂且不稳定,因此难以确保通信可靠性。为了解决该问题,我们利用扩频(SS),即使在较差的传输信道下也被称为鲁棒的通信技术。在以前的研究中,我们已经开发了使用由SS增强的NF-IBC的ECG监护仪。在本文中,我们对接收电极的结构进行了评估,以确保可靠的通信。在对误码率进行评估的基础上,提出了可以保持通信可靠性的接收电极结构。作为结果,我们认为我们可以将接收电极扩展到2.25m

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