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首页> 外文期刊>IEEE Communications Magazine >Centralized vs. Decentralized Bandwidth Allocation for Supporting Green Fog Integration in Next-Generation Optical Access Networks
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Centralized vs. Decentralized Bandwidth Allocation for Supporting Green Fog Integration in Next-Generation Optical Access Networks

机译:用于支持下一代光学接入网络的绿色雾集成的集中式与分散带宽分配

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摘要

The surging numbers of wireless devices and the accompanying exponential growth of user traffic have led edge and fog computing to become essential components in future access networks. By bringing more processing toward the edge of the network, they enable the realization of various demanding applications while supporting numerous resource-constrained devices. Their integration with passive optical networks and their huge offered bandwidth has therefore attracted much research interest. In this article, we review these computing concepts and examine key considerations for their integration with long-reach optical access networks when the employed upstream bandwidth allocation is either centralized or decentralized.
机译:无线设备的汹涌数量和用户流量的伴随指数增长具有LED边缘和雾计算,以成为未来接入网络的基本组件。通过向网络边缘带来更多的处理,它们能够在支持许多资源受限设备的同时实现各种苛刻的应用程序。因此,他们与被动光网络的整合及其巨大的提供带宽引起了许多研究兴趣。在本文中,我们审查了这些计算概念,并在采用的上游带宽分配是集中或分散的情况下,检查它们与长到达光学接入网络的关键注意事项。

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