Dynamic Cluster Based Control Plane Load Balancing in Large Scale vSDN-enabled 5G WAN
Dynamic Cluster Based Control Plane Load Balancing in Large Scale vSDN-enabled 5G WAN
复制标题
支持 vSDN 的大规模 5G WAN 中基于动态集群的控制平面负载均衡
DOI：
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发表时间：
2021
期刊：
影响因子：
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通讯作者：
Uttam Ghosh
中科院分区：
文献类型：
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作者：
Deborsi Basu;V. Gupta;R. Datta;Uttam Ghosh
新常态推动了技术向数字化的巨大范式转变。这给下一代通信网络带来了巨大的数据流量过载。在这些关键场景中，良好的网络健康状况的可持续性促使我们为vsdn驱动（虚拟化软件定义网络）广域网（wan）提出一种新的灵活的网络负载平衡算法。我们开发了一种多层模型，采用步进聚合流量路由概念，与现有的最先进技术相比，可以显着降低实时网络负载。我们在一个真实的网络拓扑上实现了我们提出的FlexFlow算法，以验证该方法的有效性。
The new normal enforces a massive paradigm shift towards the digitization of technology. This puts enormous data traffic overload on the next-generation communication networks. The sustainability of good network health in such critical scenarios motivates us to contribute to proposing a novel flexible network load balancing algorithm for vSDN-driven (virtualized Software-Defined Network) wide area networks (WANs). We have developed a multi-tier model with a step aggregating traffic routing concept that can significantly reduce the real-time network load compared to the existing state-of-the-art techniques. We realized our proposed FlexFlow algorithm over a real network topology to validate the efficiency of the approach.