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Survivable Virtual Network Embedding with resource sharing and optimization

机译:具有资源共享和优化功能的可生存虚拟网络嵌入

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摘要

Network virtualization allows to establishing multiple independent logical networks through resource sharing of the underlying substrate network. To ensure optimal deployment of virtual networks, one has to find an effective mapping between logical resources claimed by the virtual networks and the physical resources belonging to the substrate network. This mapping problem, called VNE (Virtual Network Embedding), is NP complete, and is extensively treated in the literature. To ensure service continuity even after a failure, the virtual networks must implement protection. One of the major issues and challenges is to optimize the resources allocated in the substrate network for the purpose of the protection of virtual networks. In this paper, we first present the main VNE approaches and the traditional network protection schemes. We then provide a synthetic and critical analysis of methods to protect virtual networks.
机译:网络虚拟化允许通过底层基础网络的资源共享来建立多个独立的逻辑网络。为了确保虚拟网络的最佳部署,必须在虚拟网络要求的逻辑资源和属于基础网络的物理资源之间找到有效的映射。这个映射问题称为VNE(虚拟网络嵌入),它是NP完整的,在文献中已得到广泛处理。为了即使在发生故障后也能确保服务连续性,虚拟网络必须实施保护。主要问题和挑战之一是为了保护虚拟网络而优化在底物网络中分配的资源。在本文中,我们首先介绍了主要的VNE方法和传统的网络保护方案。然后,我们对保护虚拟网络的方法进行了综合和严格的分析。

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