Simple LiFi Oximeter Monitoring system for Telehealth applications

M. Darweesh, Diana W. Dawoud
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引用次数: 1

Abstract

Classical techniques for the ultra-dense IoMT consider conventional radio frequency (RF) wireless transmission techniques such as WiFi to convey collected screened data, despite the adverse health effects of RF waveforms utilized in these classical wireless techniques. In this paper, to develop more suitable, harmless and practical solution, the deployment of the hazardless LiFi wireless communication system to operate along with the commercially available wearable devices is adopted, by presenting and experimentally demonstrating a smart monitoring system based on a MAX30102 biomedical sensor in conjunction with LiFi transmission link. The results show the effectiveness of the presented work to monitor the oxygen saturation level in the human body and to initiate an alarm signal in case of a drop in the body oxygen level.
用于远程医疗应用的简单LiFi血氧仪监测系统
超密集IoMT的经典技术考虑传统的射频(RF)无线传输技术(如WiFi)来传输收集到的筛选数据,尽管这些经典无线技术中使用的射频波形对健康有不利影响。本文提出并实验演示了一种基于MAX30102生物医学传感器与LiFi传输链路相结合的智能监控系统,采用无危险的LiFi无线通信系统与市售可穿戴设备一起运行,以开发更合适、无害和实用的解决方案。结果表明,所提出的工作的有效性,以监测人体的氧饱和度水平,并启动报警信号,当体内氧水平下降。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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