A Measurement Study on Evaluating Container Network Performance for Edge Computing

Jun-Sup Yoon, Jian Li, Sangho Shin
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引用次数: 3

Abstract

With the development of cloud technology, people are focusing on lightweight container technology. Container networking is a core technology in providing high-level cloud services, and there are various implementation models such as Container Network Model (CNM) and Container Network Interface (CNI). Among them, CNI is a de-facto standard adopted by various container platforms. There are many plugins that implement the CNI networking model, and the implementation method differs, showing a great difference in a view of performance. MEC (Multi-Access Edge Computing) is a technology that provides services by locating the server closest to the user who wants to use mobile communication services. In this paper, the performance was measured by applying various CNI network plugins to the CoV architecture. Through this measurement, we analyzed the factors of network performance degradation. The result of the analysis is expected to be used as a good reference in constructing the CoV architecture for low latency in the future.
基于边缘计算的容器网络性能评估方法研究
随着云技术的发展,人们开始关注轻量级容器技术。容器组网是提供高层云服务的核心技术,目前有多种实现模型,如容器网络模型(Container Network Model, CNM)和容器网络接口(Container Network Interface, CNI)。其中,CNI是各种容器平台采用的事实上的标准。实现CNI网络模型的插件有很多,实现方法各不相同,从性能的角度来看差异很大。MEC (Multi-Access Edge Computing)是一种通过定位距离想要使用移动通信服务的用户最近的服务器来提供服务的技术。在本文中,通过将各种CNI网络插件应用于CoV架构来测量性能。通过这一测量,我们分析了网络性能下降的因素。分析结果可为今后构建低时延CoV体系结构提供参考。
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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