全球追踪新冠肺炎患者需要Li-Fi(光保真)技术

S. Dinesh, Bharti Chourasia
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引用次数: 0

摘要

在这个现代世界里,没有光或互联网的一天是不可想象的。如今,无线保真,通常被称为Wi-Fi,是最知名和最常用的传统无线技术。Wi-Fi使用无线电波或电磁波在网络之间传输数据。想象一下,如果医院内外的一盏基本LED灯可以将我们连接到高速无线互联网,只需简单的高速闪烁,眼睛就无法察觉。这项技术被称为Li-Fi,或光保真,它的速度是Wi-Fi的10000倍。医院是绝对禁止无线网络连接的地方之一。由于医生是抗击新冠肺炎的前线战士,本项目的目标是开发智能医疗系统,使用绿色通信,通过使用简单的LED灯作为介质,使用Li-Fi Dongle将新冠肺炎的数据或信息传输到云端,使用从Li-Fi发射器到Li-Fi接收器的温度、压力和心率传感器监测新冠肺炎患者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Need of Li-Fi (light fidelity) technology for the world to track COVID-19 patients
In this modern world, a single day without light or the internet is unimaginable. Nowadays, wireless fidelity, often known as Wi-Fi, is the most well-known and commonly utilized conventional wireless technology. Wi-Fi employs radio waves or electromagnetic waves to carry data across networks. Imagine if a basic LED light in and around the hospital could link us to high-speed wireless internet with just a simple flickering of light at a very high speed where eyes cannot detect it. This technology is known as Li-Fi, or light fidelity, and it is 10,000 times faster than Wi-Fi. Hospitals are among the locations where Wi-Fi is absolutely forbidden. As doctors are the frontline soldiers against COVID-19, the objective of this project is to develop smart healthcare systems that use green communications to monitor COVID-19 patients using temperature, pressure, and heart rate sensors from Li-Fi transmitter to Li-Fi receiver by using simple LED light as a medium to transmit the data or information of COVID-19 to the cloud by using Li-Fi Dongle.
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CiteScore
0.40
自引率
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发文量
25
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