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Communications, caching, and computing for content-centric mobile networks: part 1

机译:以内容为中心的移动网络的通信,缓存和计算:第1部分

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摘要

The driving forces behind the exponential growth in mobile cellular network traffic have fundamentally shifted from the steady increase in demand for conventional "connection-centric" communications, such as phone calls and text messages, to the explosion of "content- centric" communications, such as video streaming and content sharing. The Cisco Visual Networking Index projects that video traffic will amount to 72 percent of global mobile data traffic by 2019. The mobile cellular network architectures of today are, however, still designed with a connection-centric communication mindset. Moreover, the myriad technological advances proposed for beyond fourth generation (4G) and 5G mobile networks still mostly focus on capacity increase, which is fundamentally constrained by the limited radio spectrum resources as well as the diminishing investment efficiency for operators, and therefore will always lag behind the growth rate of mobile traffic. It can be argued that the logjam in cellular networks cannot be addressed by improving connection capability alone, but instead must be tackled by fundamentally addressing the underlying ineffectiveness of the current communication architecture for massive content delivery.
机译:从根本上,移动蜂窝网络流量呈指数级增长的原动力已从对传统“以连接为中心”的通信(例如电话和短信)需求的稳定增长,转变为“以内容为中心”的通信的激增。作为视频流和内容共享。思科视觉网络指数预测,到2019年,视频流量将占全球移动数据流量的72%。但是,当今的移动蜂窝网络体系结构仍采用以连接为中心的通信思想来设计。此外,为第四代(4G)和5G以后的移动网络提议的无数技术进步仍然主要集中在容量增加上,这在根本上受到有限的无线电频谱资源以及运营商投资效率下降的限制,因此将始终落后落后于移动流量的增长率。可以说,蜂窝网络中的僵局不能仅通过提高连接能力来解决,而必须通过从根本上解决当前通信体系结构对于大规模内容交付的潜在无效性来解决。

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