Building mega data center from heterogeneous containers

Dan Li, Mingwei Xu, Hongze Zhao, Xiaoming Fu
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引用次数: 32

Abstract

Data center containers are regarded as the basic units to build mega data centers. In practice, heterogeneity exists among data center containers, because of technical innovation and vendor diversity. In this paper, we propose uFix, a scalable, flexible and modularized network architecture to interconnect heterogeneous data center containers. The inter-container connection rule in uFix is designed in such a way that it can flexibly scale to a huge number of servers with stable server/switch hardware settings. uFix allows modularized and fault-tolerant routing by completely decoupling inter-container routing from intra-container routing. We implement a software-based uFix stack on the Linux platform. Simulation and experiment results show that uFix enjoys high network capacity, gracefully handles server/switch failures, and brings light-weight CPU overhead onto data center servers.
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从异构容器构建大型数据中心
数据中心容器是构建大型数据中心的基本单元。在实践中,由于技术创新和供应商的多样性,数据中心容器之间存在异质性。在本文中,我们提出了一种可扩展的、灵活的、模块化的网络架构uFix来互连异构数据中心容器。uFix中的容器间连接规则的设计使其可以灵活地扩展到具有稳定的服务器/交换机硬件设置的大量服务器。uFix通过将容器间路由与容器内路由完全解耦,实现了模块化和容错路由。我们在Linux平台上实现了一个基于软件的uFix栈。仿真和实验结果表明,uFix具有很高的网络容量,能够很好地处理服务器/交换机故障,并为数据中心服务器带来轻量级的CPU开销。
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