Conducting Network Research in Large-Scale Platforms: Avoiding Pitfalls in PlanetLab

M. Santos, S. Fernandes, C. Kamienski
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引用次数: 6

Abstract

Performing distributed experimentation in an Internet-like scale is essential for the introduction of innovative protocols, applications, and techniques in future networks. In the past, having access to different servers in different locations in the world used to be a very hard task. This scenario has changed in recent years with the introduction of Planet Lab, a distributed laboratory with 1000+ servers spread in the five continents for developing experiments and measurements in a planetary scale. However, Planet Lab currently has some limitations that sometimes prevent researchers to perform reliable experiments. This paper presents a large-scale measurement study in Planet Lab aiming at shedding some light into the availability of resources for performing experimental research on it. Results show that users should take extra care when designing and deploying experiments in Planet Lab, due to high instability and heterogeneity of the available resources.
在大型平台上进行网络研究:避免PlanetLab的陷阱
在类似互联网的规模上进行分布式实验对于在未来的网络中引入创新的协议、应用程序和技术是必不可少的。在过去,访问世界上不同位置的不同服务器是一项非常艰巨的任务。近年来,随着Planet Lab的引入,这种情况发生了变化,Planet Lab是一个分布在五大洲的分布式实验室,拥有1000多台服务器,用于开发行星尺度的实验和测量。然而,行星实验室目前有一些限制,有时会阻碍研究人员进行可靠的实验。本文介绍了行星实验室的一项大规模测量研究,旨在为进行实验研究的资源可用性提供一些启示。结果表明,由于可用资源的高度不稳定性和异质性,用户在设计和部署Planet Lab实验时应格外小心。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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