A prediction-based dynamic resource management approach for network virtualization

Jiacong Li, Ying Wang, Zhanwei Wu, Sixiang Feng, Xue-song Qiu
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引用次数: 1

Abstract

In network virtualization environment, multiple virtual networks share the same resource of a physical network. Since the physical resources of a substrate network is limited, it is necessary to improve the utilization of physical resources. Considering the resource requirement of a virtual network may change over its lifetime, we propose a prediction-based resource management mechanism. To increase the utilization of the substrate network, we can adjust the resource allocated to the virtual network based on the result of prediction. Additionally, in order to avoid the result of prediction deviates from the real requirement, we compare our prediction result with the collection of the resource utilization at real time to ensure the correctness of our result. The simulation results show that our approach can increase the utilization of the physical resource and improve the virtual network acceptance ratio while ensuring the requirement of the virtual networks.
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一种基于预测的网络虚拟化动态资源管理方法
在网络虚拟化环境中,多个虚拟网络共享同一个物理网络的资源。由于基板网络的物理资源是有限的,因此有必要提高物理资源的利用率。考虑到虚拟网络的资源需求在其生命周期中可能发生变化,提出了一种基于预测的资源管理机制。为了提高底层网络的利用率,我们可以根据预测结果调整分配给虚拟网络的资源。另外,为了避免预测结果与实际需求的偏差,我们将预测结果与资源利用率的实时采集进行比较,以保证预测结果的正确性。仿真结果表明,该方法在保证虚拟网络要求的前提下,提高了物理资源的利用率,提高了虚拟网络的接受率。
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