基于OpenDaylight的多控制器软件定义车辆网络应急时延研究

K. Smida, H. Tounsi, M. Frikha, Yeqiong Song
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引用次数: 4

摘要

SDN是解决车载网络挑战的一个很有前途的解决方案。分布式SDN控制平面实现了更高的可扩展性和性能。然而,不同的网络状态控制器之间的同步会产生额外的延迟,这不适用于应急服务等对延迟敏感的车载网络应用。本文研究了具有可变数量控制器的变密度车辆场景下的端到端延迟问题。我们的实验证明了多控制器在时延方面的好处,但也证明了根据车辆网络密度部署有效数量的必要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Delay Study in Multi-controller Software Defined Vehicular Network Using OpenDaylight for Emergency Applications
SDN is a promising solution for vehicular networks challenges. Distributing the SDN control plane achieved more scalability and performance. However, synchronization between different controllers of network state generates extra-delay that is not suitable with delay-sensitive applications in vehicular networks like emergency services. In this paper, we investigate the e2e (end-to-end) delay in variable density vehicular scenarios with variable number of controllers. Our experiments prove the benefits of using multi-controllers in terms of delay but also the need of the deployment of the effective number according to the vehicular network density.
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