Potential use of fiber-optic and Li-Fi systems in private 5G/6G networks dedicated to the industrial IoT

Zbigniew Zakrzewski, Bogdan Łaga
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引用次数: 2

Abstract

The paper presents the need to introduce new network solutions that will be able to significantly increase the efficiency of product manufacturing and delivery in the near future. Under Industry 4.0, so-called private networks based on 5G and IoT technologies will be introduced in an increasing number of industrial plants around the world. The combination of private and public network resources will significantly increase the potential of IoT solutions, as this will enable the combination of production, analytical and logistics processes. Fast decision-making systems, efficient transmission of massive data can be realized only thanks to fast and capacious fiber-optic networks. The paper suggests that fiber networks, also based on multi-core fibers, be introduced where copper cabling is still used for communication. It was also indicated that in order to increase the security and capacity of links in the radio domain, part of the link should be replaced by an optical wireless interface working in the future Li-Fi standard or its evolutionary version based on invisible light communication (inVLC) mode.
光纤和Li-Fi系统在专用于工业物联网的专用5G/6G网络中的潜在用途
本文提出了引入新的网络解决方案的必要性,这些解决方案将能够在不久的将来显著提高产品制造和交付的效率。在工业4.0时代,基于5G和物联网技术的所谓专用网络将在全球越来越多的工业工厂中引入。私有和公共网络资源的结合将大大增加物联网解决方案的潜力,因为这将使生产、分析和物流过程的结合成为可能。快速的决策系统,海量数据的高效传输,只有通过快速、大容量的光纤网络才能实现。论文建议,在仍然使用铜缆进行通信的地方,引入同样基于多芯光纤的光纤网络。报告还指出,为了提高无线电领域链路的安全性和容量,部分链路应该被未来Li-Fi标准或其基于不可见光通信(inVLC)模式的演进版本的光无线接口所取代。
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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