Throughput Enhancement with Overlay Network Virtualization Using Commodity Devices

Hiroki Kawahara, R. Yamamoto, S. Ohzahata, Toshihiko Kato
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Abstract

Overlay network virtualization provides virtual networks over IP networks. Building virtual networks over IP networks achieves high mobility to realize a multi-tenant network. Although the encapsulation protocol, such as VXLAN, is widely used to implement overlay network virtualization, the encapsulation process degrades throughput. Therefore, we propose to combine NoEncap and Hoverboard model to improve throughput in commodity devices. NoEncap achieves performance enhancement of overlay network virtualization for commodity devices using non-encapsulation but increases the control plane overhead. The Hoverboard model reduces the control plane overhead. This paper presents the evaluation of the throughput enhancement by the proposed method.
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使用商品设备的覆盖网络虚拟化的吞吐量增强
覆盖网络虚拟化在IP网络上提供虚拟网络。在IP网络上构建虚拟网络,可以实现高移动性,实现多租户网络。虽然封装协议(如VXLAN)被广泛用于实现覆盖网络虚拟化,但封装过程会降低吞吐量。因此,我们建议将NoEncap和Hoverboard模型结合起来,以提高商用设备的吞吐量。NoEncap实现了商用设备非封装覆盖网络虚拟化的性能增强,但增加了控制平面开销。悬浮板模型减少了控制平面的开销。本文给出了该方法对吞吐量提高的评价。
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