Light Fidelity (Li-Fi) Technology: Will It Be An Eco-Friendly For Monitoring The Covid-19 Patients In Hospital

机译：光保真（LI-FI）技术：监测医院Covid-19患者是一种环保的环保

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During this Pandemic time a day without internet is unimaginable. At present the most widely used non-cellular wireless technology is Wi-Fi (Wireless Fidelity). It is based on radio wireless local area networking of devices based on IEEE 802.11 standards operating at the frequency range of 2.4GHz (12cm) UHF (Ultra High Frequency) and 5.8GHz (5cm) SHF (Super High Frequency) is probably the most popular used non-cellular wireless technology. Now imagine a world where each LED light in and around hospitals can connect us to high speed wireless internet with a simple flickering of light which is Li-Fi or Light Fidelity which is a new way of sending data wirelessly. As doctors are the front line soldiers against COVID-19, this paper explains a prototype for transmitting data by using different body sensors such as Heart Beat Sensors, Temperature Sensors or Pressure sensors from a Li-Fi transmitter to Li-Fi receivers by using simple LED light as a platform to provide a higher speed, secure, safer and greener light based radiation-free communication network compared to existing modes of Wi-Fi Communication or Telecom tower-based Communication or LAN network for COVID-19 patients and the Medical Professionals.

机译：在没有互联网的情况下，在没有互联网的一天的大流行期间是难以想象的。目前最广泛使用的非蜂窝无线技术是Wi-Fi（无线保真）。它基于基于IEEE 802.11标准的设备的无线无线局域网网络在2.4GHz（12cm）UHF（超高频）和5.8GHz（5cm）SHF（超高频）的频率范围内操作的标准可能是最受欢迎的二手非蜂窝无线技术。现在想象一下，医院各地的LED光线可以将我们连接到高速无线互联网，简单的光线闪烁，是LI-FI或光保真的，这是无线发送数据的新方法。由于医生是反对Covid-19的前线士兵，本文解释了通过使用来自LI-Fi发射器的不同体系传感器，例如来自LI-Fi发射器的不同体系传感器，通过使用简单来传输数据的原型LED灯作为一个平台，提供更高的速度，安全，更加更绿灯的无辐射通信网络与现有的Wi-Fi通信或基于电信塔的通信或用于Covid-19患者和医学专业人员的局域网网络相比。

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《International Conference on Advance Computing and Innovative Technologies in Engineering》|2021年|234-238|共5页
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Supriya Dinesh; Bharti Chourasia;
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COVID-19; Temperature sensors; Temperature measurement; Wireless sensor networks; Hospitals; Light fidelity; Biosensors;

机译：Covid-19;温度传感器;温度测量;无线传感器网络;医院;光保真;生物传感器;

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专利

1. The Next Generation of Wireless Communication Using Li-Fi (Light Fidelity) Technology [J] . Yusuf Perwej Journal of Computer Networks . 2017,第1期

机译：使用Li-Fi（光保真）技术的下一代无线通信
2. Fighting the COVID-19 pandemic using the technology-based second-line in Italy and Lombardy: The urgent need of home-based remote monitoring systems to avoid the collapse of the hospital-centred first line [J] . Gianluca Castelnuovo, Giada Pietrabissa, Gian Mauro Manzoni, Journal of Global Health . 2020,第2期

机译：在意大利和伦巴第将Covid-19大流行使用基于技术的第二行 - 基于家庭的远程监控系统的迫切需要，以避免住院中心的第一行崩溃
3. Policy Implications for the COVID-19 Pandemic in Light of Most Patients (≥72%) Spending at Most One Night at the Hospital After Elective, Major Therapeutic Procedures [J] . Richard H. Epstein, Franklin Dexter, Todd J. Smaka, Cureus. . 2020,第8期

机译：根据大多数患者的Covid-19大流行的政策影响（≥72％）在选修课后，在医院最多一天晚上支出，主要治疗程序
4. Patient monitoring in the hospital management using Li-Fi [C] . S. Sudha, D Indumathy, A Lavanya, IEEE International Conference on Technological Innovations in ICT for Agriculture and Rural Development . 2016

机译：使用Li-Fi进行医院管理中的患者监控
5. Time series driven simulation and data mining to monitor hospital patient flow [D] . Raja, Sumanth 2015

机译：时间序列驱动的仿真和数据挖掘，以监控医院患者的流量
6. Fighting the COVID-19 pandemic using the technology-based second-line in Italy and Lombardy: The urgent need of home-based remote monitoring systems to avoid the collapse of the hospital-centred first line [O] . Gianluca Castelnuovo, Giada Pietrabissa, Gian Mauro Manzoni, 2020

机译：在意大利和伦巴第将Covid-19大流行使用基于技术的第二行 - 基于家庭的远程监控系统的迫切需要以避免住院中心的第一行崩溃
7. The Next Generation of Wireless Communication Using Li-Fi (Light Fidelity) Technology [O] . Yusuf Perwej 2017

机译：使用LI-FI（光保真度）技术的下一代无线通信

Light Fidelity (Li-Fi) Technology: Will It Be An Eco-Friendly For Monitoring The Covid-19 Patients In Hospital

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