A Journey Towards a Converged 5G Architecture & Beyond

Vivek Agarwal, Chandra Sharma, Rajaneesh Shetty, Anil Jangam, R. Asati
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引用次数: 1

Abstract

Mobile network architectures and standards have evolved over a period of time. However, to improve the average revenue per user (ARPU), an efficient and simplified network architecture is needed. Network designers and operators are working towards an optimized network architecture and a simplified 5G deployment framework. In this paper, we present our approach towards the logical evolution of the next-generation 5G network from the perspective of access, core networks, and data analytics convergence for effective traffic steering and moving towards enterprise-focused private 5G deployment models. As a step forward, we propose novel mechanism on how a user can switch between different types of access technologies (Wi-Fi, LoRA-WAN, 5G, SatCom, etc.) and how convergence of analytics can help achieve end-to-end use case optimization.
迈向融合5G架构的旅程及超越
移动网络架构和标准已经发展了一段时间。然而,为了提高ARPU(平均每用户收益),需要一种高效、简化的网络架构。网络设计师和运营商正致力于优化网络架构和简化5G部署框架。在本文中,我们从接入、核心网络和数据分析融合的角度提出了下一代5G网络的逻辑演进方法,以实现有效的流量引导,并朝着以企业为中心的私有5G部署模型发展。作为一个进步,我们提出了一种新的机制,说明用户如何在不同类型的接入技术(Wi-Fi、LoRA-WAN、5G、SatCom等)之间切换,以及分析的融合如何帮助实现端到端用例优化。
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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