变色龙的深度学习:大规模强化学习和SDN在变色龙试验台上的实验

Bashir Mohammed, M. Kiran, Nandini Krishnaswamy
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引用次数: 5

摘要

随着互联网用户和连接设备的数量不断增加,由于大数据和云应用,网络流量正以指数级速度增长。特别是广域网,由于网络链接上的大型文件传输持续时间从几分钟到几小时不等,因此需要开发能够实时管理流量的创新方法。在这项工作中,我们开发了一种强化学习方法,特别是上置信度算法,以学习最佳路径和重新路由流量以提高网络利用率。我们使用Mininet展示了吞吐量和流量转移,并使用变色龙的测试台(自带控制器[BYOC]功能)演示了该技术。这项工作是DeepRoute的初步实现,DeepRoute将深度强化学习算法与SDN控制器结合起来,使用部署的OpenFlow交换机创建和路由流量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DeepRoute on Chameleon: Experimenting with Large-scale Reinforcement Learning and SDN on Chameleon Testbed
As the numbers of internet users and connected devices continue to multiply, due to big data and Cloud applications, network traffic is growing at an exponential rate. WAN networks, in particular, are witnessing very large traffic spikes cause by large file transfers that last from a few minutes to hours on network links and there is a need to develop innovative ways in which flows can be managed in real-time.In this work, we develop a reinforcement learning approach, in particular Upper-Confidence Algorithm, to learn optimal paths and reroute traffic to improve network utilization. We present throughput and flow diversions using Mininet and demo the technique using Chameleon’s Testbed (Bring-Your-Own-Controller [BYOC] functionality). This work is initial implementation towards DeepRoute, which combines Deep reinforcement learning algorithms with SDN controllers to create and route traffic using deployed OpenFlow switches.
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