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The Design of a Programmable Edge Node with Hybrid Multi-core Processors for Virtual Networks

机译:具有用于虚拟网络的混合多核处理器的可编程边缘节点的设计

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Emerging new network applications challenge the existing Internet infrastructure and call for flexible and open network facilities that can provide virtual networks for conducting experiments or deploying new services. In this paper, we propose to use hybrid multi-core processors including general purpose ones and network processors as the main processing elements of a programmable edge node (PEN), an integral part of the virtualizable network substrate. We describe the design of the PEN and compare it with two newly proposed architectures. We present experiment results on the performance limitations of an existing design and show the potential of network processors in forwarding packets, isolating experiments and measurements, and offloading complex packet processing.
机译:新兴网络应用程序挑战现有的互联网基础架构,并呼叫灵活和开放的网络设施,可以提供用于进行实验或部署新服务的虚拟网络。在本文中,我们建议使用包括通用和网络处理器的混合多核处理器作为可编程边缘节点(笔)的主要处理元件,虚拟化网络基板的一个组成部分。我们描述了笔的设计,并将其与两个新提出的架构进行比较。我们提出了实验结果对现有设计的性能限制,并显示了转发数据包,隔离实验和测量的网络处理器的潜力,并卸载复杂的分组处理。

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