High Speed Transmission of Data or Video Over Visible Light Using Li-Fi

V. Karthik, Balashanmugam K, A. S., A. S, A. S.
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引用次数: 4

Abstract

We use a number of wireless devices to access the internet in a modern world of technology. Wireless communication is used by most of these devices. Because of the lack of radio spectrum, we can't use the electromagnetic spectrum for a longer period of time. This will lead to network complexity, bandwidth shortages, and increase the risk of interferences between radio frequencies. A new technology in wireless communication called Li-Fi uses light instead of using radio waves to transmission of data and it has an assured future. Data is transferred using light-emitting diodes in the visible spectrum. When compared to Wi-fi, it offers a less delay, higher efficiency, and the ability to transfer high amounts of data. Data is secure using Li-fi because it cannot penetrate walls, so it cannot be hacked. In this paper, the aim is to design Li-fi transceivers for high-speed data and video transmission.
利用Li-Fi在可见光上高速传输数据或视频
在现代科技世界中,我们使用许多无线设备来访问互联网。大多数这些设备都使用无线通信。由于缺乏无线电频谱,我们不能长时间使用电磁频谱。这将导致网络复杂性,带宽短缺,并增加无线电频率之间干扰的风险。一项名为Li-Fi的无线通信新技术使用光而不是无线电波来传输数据,它的未来是有保证的。使用可见光光谱中的发光二极管传输数据。与Wi-fi相比,它提供了更少的延迟,更高的效率,以及传输大量数据的能力。使用Li-fi的数据是安全的,因为它不能穿透墙壁,所以不会被黑客入侵。本文的目的是设计Li-fi收发器,用于高速数据和视频传输。
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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