5G for deployable and maritime communications

G. Capela, Warren Low, Luis Bastos
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引用次数: 4

Abstract

Mission networks in support of NATO expeditionary and maritime operations demand high capacity and reliable, yet easy to deploy and operate, communication solutions. Emerging 5G technologies towards IMT–2020 vision are poised to push the technology limits and enable new applications in many industry verticals and the military is no exception. ACT and NCI Agency have been investigating the potential of 5G technologies for military applications and have identified a number of scenarios where 5G technologies could bring an advantage to the warfighter. This paper describes in detail prominent deployable headquarter and maritime scenarios – its operational context and unique challenges –, where existing or close-to-market 5G technologies could be utilized and be advantageous. It then proposes a way forward for an experimental proof of concept to assert technology readiness, adequacy of the envisaged implementation concept and identification of associated challenges. The outcomes of the experimental proof of concept and subsequent analyses are expected to inform NATO decision makers on both the potential and limitations of 5G technologies, whether NATO and nations decide or not to adopt it to the existing toolset of wireless technologies.
5G用于可部署和海上通信
支持北约远征和海上作战的任务网络需要高容量、可靠、易于部署和操作的通信解决方案。面向IMT-2020愿景的新兴5G技术有望突破技术极限,在许多垂直行业实现新应用,军事领域也不例外。ACT和NCI机构一直在调查5G技术在军事应用中的潜力,并确定了5G技术可能为作战人员带来优势的一些场景。本文详细描述了突出的可部署总部和海上场景-其操作背景和独特挑战-现有或接近市场的5G技术可以利用并发挥优势。然后,它提出了一种向前发展的方法,进行概念的实验证明,以确定技术准备情况、设想的实施概念的充分性和确定相关的挑战。实验概念验证和后续分析的结果预计将为北约决策者提供有关5G技术潜力和局限性的信息,无论北约和各国是否决定将其应用于现有的无线技术工具集。
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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