LiFi — The path to a new way of communication

M. Leba, S. Riurean, Andreea Lonica
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引用次数: 48

Abstract

Important research efforts have been directed over the past ten years, towards exploring alternative parts of the electromagnetic spectrum that could potentially offload a large portion of the network traffic from the overcrowded radio frequency (RF) domain. Due to the latest improvements, the optical wireless communication (OWC) proves to be a viable alternative solution to the issues of forthcoming radio frequency RF spectrum crisis, especially in certain places and situations. Currently, most mobile data traffic is consumed indoor, where light fidelity (LiFi) which is related to visible light communication (VLC) offers lots of specific advantages, and effective solutions to the many issues of wireless communication. The current paper summarizes most of the research, developments and applications achieved so far and looks at the different aspects of the strengths and weaknesses, implementations, challenges, VLC IEEE standard and data modulation techniques of the VLC and specific LiFi's new coined optical wireless communication technology.
LiFi -通往新的通信方式的道路
在过去的十年里,重要的研究工作一直在探索电磁频谱的替代部分,这些部分可能会从过度拥挤的射频(RF)领域中卸载大部分网络流量。由于最新的改进,光无线通信(OWC)被证明是解决即将到来的射频射频频谱危机问题的可行替代方案,特别是在某些地方和情况下。目前,大多数移动数据流量都是在室内消耗的,其中与可见光通信(VLC)相关的光保真(LiFi)提供了许多特定的优势,并有效地解决了无线通信的许多问题。本文总结了迄今为止所取得的大部分研究、发展和应用,并从不同的方面探讨了VLC的优缺点、实现方法、面临的挑战、VLC的IEEE标准和数据调制技术以及具体的LiFi新创造的光无线通信技术。
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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