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Coordinated caching in planet-scale CDNs: Analysis of feasibility and benefits

机译:行星级CDN中的协调缓存:可行性和收益分析

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Video Content Distribution Networks (CDNs) serve a significant fraction of the Internet traffic through a global network of cache servers. In a planet-scale CDN with millions of videos, cache servers only consider their own request patterns for managing their content. We analyze how, in the absence of cooperative caching, the knowledge of requests in remote serving locations can lead to better caching decisions overall and can reduce serving costs. We call this practice cache coordination. Our analyses in this paper are based on actual video workload data from a global CDN. We analyze the spatial correlation of video popularities worldwide, the effectiveness and feasibility of cache coordination, and its scalability: from a city to across countries.
机译:视频内容分发网络(CDN)通过全球高速缓存服务器网络为互联网流量提供了很大一部分。在包含数百万个视频的星球级CDN中,缓存服务器仅考虑其自己的请求模式来管理其内容。我们分析了在没有协作式缓存的情况下,远程服务位置中的请求知识如何能够整体上导致更好的缓存决策并降低服务成本。我们称这种做法为缓存协调。本文中的分析是基于来自全球CDN的实际视频工作量数据。我们分析了全球视频流行度的空间相关性,缓存协调的有效性和可行性及其可扩展性:从一个城市到各个国家。

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