A Feasibility Study of Cache in Smart Edge Router for Web-Access Accelerator

Krittin Intharawijitr, P. Harvey, Pierre Imai
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Abstract

Regardless of the setting, edge computing has drawn much attention from both the academic and industrial communities. For edge computing, content delivery networks are both a concrete and production deployable use case. While viable at the WAN or telco edge scale, it is unclear if this extends to others, such as in home WiFi routers, as has been assumed by some.In this work-in-progress, we present an initial study on the viability of using smart edge WiFi routers as a caching location. We describe the simulator we created to test this, as well as the analysis of the results obtained. We use 1 day of e-commerce web log traffic from a public data set, as well as a sampled subset of our own site - part of an ecosystem of over 111 million users. We show that in the best case scenario, smart edge routers are inappropriate for e-commerce web caching.
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基于web访问加速器的智能边缘路由器缓存可行性研究
无论背景如何,边缘计算都引起了学术界和工业界的广泛关注。对于边缘计算,内容交付网络既是具体的,也是可部署的用例。虽然在广域网或电信边缘规模上是可行的,但目前尚不清楚这是否会扩展到其他领域,比如一些人认为的家用WiFi路由器。在这项正在进行的工作中,我们对使用智能边缘WiFi路由器作为缓存位置的可行性进行了初步研究。我们描述了为测试这一点而创建的模拟器,以及对所获得结果的分析。我们使用来自公共数据集的1天电子商务网站日志流量,以及我们自己网站的样本子集-超过1.11亿用户的生态系统的一部分。我们表明,在最好的情况下,智能边缘路由器不适合用于电子商务web缓存。
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