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Advances and challenges toward a scalable cloud radio access network

机译:面向可扩展的云无线电接入网络的进步与挑战

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With centralized processing, cooperative radio, real-time cloud computing, and clean infrastructure, C-RAN is a "future-proof" solution to sustain the mobile data explosion in future wireless networks. The technology holds great potential in enhancing LTE with the necessary capability to accommodate the unprecedented traffic volume that today's wireless cellular system is facing. However, the high density of RRHs in C-RANs leads to severe scalability issues in terms of computational and implementation complexities. This article discusses the challenges and recent developments in the technologies that potentially address the scalability issues of C-RANs. In particular, we focus on the collaborative signal processing, resource management, and green architecture of C-RAN systems. This article is a humble attempt to draw the attention of the research community to the following important question: how to leverage the revolutionary architecture of C-RAN to attain unprecedented system capacity at an affordable cost and complexity.
机译:凭借集中处理,协作无线电,实时云计算和干净的基础架构,C-RAN是一种“面向未来”的解决方案,可在未来的无线网络中维持移动数据的爆炸式增长。该技术具有增强LTE的巨大潜力,具有必要的能力来适应当今无线蜂窝系统面临的前所未有的流量。但是,C-RAN中RRH的高密度导致严重的可伸缩性问题,涉及到计算和实现的复杂性。本文讨论了可能解决C-RAN的可伸缩性问题的技术的挑战和最新发展。特别是,我们专注于C-RAN系统的协作信号处理,资源管理和绿色架构。本文是一个不起眼的尝试,旨在引起研究界对以下重要问题的关注:如何利用C-RAN的革命性架构以可承受的成本和复杂性获得空前的系统容量。

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