用于协作、自治和动态应用的6G和雾节点移动系统

T. Raddo, Rafael Nóbrega, S. Rommel, B. Cimoli, A. Sanches, I. Monroy
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引用次数: 1

摘要

第六代(6G)移动系统将成为支持任何网络需求的终极技术。6G和雾计算移动节点可以支持供应链交付中的任何应用程序和用例,而不考虑系统的复杂性。本文提出了一种基于6G和雾移动系统集成和利用的整体端到端框架平台,用于物理纠缠系统。介绍了该框架平台,该平台依赖于6G大雾交付无人机、太赫兹通信和人工智能技术。该框架可应用于高度协作、自主和动态的应用和系统,如供应链的最后一英里货物交付、港口起重机和海运港口,以帮助增加总体货物获取,减少交通拥堵和能源消耗,并减少运输中的二氧化碳排放。提出的框架为下一代供应链管理铺平了道路,包括最后一英里交付。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
6G and Fog Node Mobile Systems for Cooperative, Autonomous, and Dynamic Applications
The sixth generation (6G) mobile systems will be the ultimate technology to support any networking requirement. 6G along with fog computing mobile nodes can support any application and use case within the supply chain delivery, regardless of the systems of systems complexity. In this paper, a holistic end-to-end framework platform based on the integration and leverage of 6G and fog mobile systems for physically-entangled systems is proposed. The framework platform, which relies on 6G fog enabled-delivery drones, terahertz communication, and artificial intelligence technologies, is described. The framework can be applied for highly cooperative, autonomous, and dynamic applications and systems such as supply chain’s last mile delivery of goods, harbour cranes, and maritime ports to help increasing access to goods in general, reduce traffic congestion and energy comsumption, and ease CO2 emissions from transportation. The proposed framework paves the way towards next generation supply chain management including last mile delivery.
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