The 5G-Crosshaul Packet Forwarding Element pipeline: Measurements and analysis

Nuria Molner, Sergio González, Thomas J Deiss, Antonio de la Oliva
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引用次数: 3

Abstract

This paper is focused on the 5G-Crosshaul Packet Forwarding Element (XPFE), which is the packet forwarding element of the 5G-Crosshaul network architecture. The XPFE integrates multiple technologies which allow to transport traffic from multiple tenants and of different nature over the same infrastructure. Hence, the paper is focused on the performance of this essential element of our network, providing some end-to-end delay measurements and analyzing the behavior of this delay. Likewise, we have fitted the appropriate probability distribution for these measurements, which allows us to infer some confidence intervals for the prediction of the maximum number of hops supported by delay-sensitive fronthaul traffic before being processed in a 5G-Crosshaul Processing Unit.
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5g交叉包转发元素管道:测量和分析
本文重点研究5g交叉报文转发元素(XPFE),它是5g交叉报文网络架构中的报文转发元素。XPFE集成了多种技术,这些技术允许在相同的基础设施上传输来自多个租户和不同性质的流量。因此,本文将重点关注网络中这一基本元素的性能,提供一些端到端延迟测量并分析该延迟的行为。同样,我们已经为这些测量拟合了适当的概率分布,这使我们能够推断出一些置信区间,用于预测延迟敏感的前传流量在5g交叉传输处理单元处理之前所支持的最大跳数。
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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The 5G-Crosshaul Packet Forwarding Element pipeline: Measurements and analysis A testbed for flexible and energy-efficient resource management with virtualized LTE-A nodes Mobile network energy efficiency optimization in MIMO multi-cell systems Energy footprint reduction in 5G reconfigurable hotspots via function partitioning and bandwidth adaptation Design considerations for 5G mm-wave receivers
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