使用Li-Fi传输图像

Mohit Vasuja, A. Mishra, Udbhav Singh Chauhan, Deeksha Chandola, S. Kapoor
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引用次数: 9

摘要

我们从60年代仅限于美国军方的56kbps有线阿帕网连接,发展到2010年代难以想象的100mbps无线连接。但未来肯定会让你大吃一惊1Gbps或更高,这仍然是一个轻描淡写的光保真度,或者俗称Li-Fi。两个主要的目标是扩展或增强无线服务,并支持由于无线电波频谱有限而射频频谱无法提供的指数级增长的用户数量。因此,基于可见光谱的Li-fi正在被设计。它使用LED和光电二极管或光电晶体管分别传输和接收数据。Li-fi可以与现有的无线技术,即Wi-Fi在速度和安全性方面进行比较,前者提供更好的。本研究的目标是设计一个Li-fi发射机和接收器的原型来传输数据。原理图设计采用proteus8专业软件进行。软件采用C语言编写,采用PIC单片机。实现了图像和文字的成功转移。作为推演,本工作给出了一种设计Li-Fi原型的创新方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Image Transmission Using Li-Fi
We went from 56kbps wired ARPANET connections limited to the US military in the 1960s, to unimaginably fast wireless 100 Mbps connections in the 2010s. But what the future holds will certainly blow your mind 1Gbps or more and that is still an understatement LIGHT FIDELITY it is or popularly known as Li-Fi. The two-major prospect being aimed is extension or enhancement of the wireless services and to support the number of the exponentially growing user which the RF spectrum is unable to provide due to a limited spectrum of radio waves. So, Li-fi that is based on the visible light spectrum is being designed. It uses a LED and a photodiode or phototransistor to transmit and receive data respectively. Li-fi can be compared with the existing wireless technology i.e. Wi-Fi in terms of speed and security which the former provides better. The aspiration of this research paper is cunning a prototype of Li-fi transmitter and receiver to transmit data. The schematic design was made using Proteus 8 professional. Software coding was done on C language and PIC microcontroller is used. Successful transfer of image and text were achieved. As a deduction, this work gives an originative way of scheming a Li-Fi Prototype.
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