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Exact Adaptive Virtual Network Embedding in Cloud Environments

机译:云环境中的精确自适应虚拟网络嵌入

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摘要

Virtual networks are considered today as a critical IT resource that connects distributed and virtualised Cloud services and components like servers, applications and storage. Network virtualisation allows traffic isolation between different tenants, security, efficient migration of virtual machines and reduced cloud service management complexity. Adaptive allocation and provisioning is required to maintain virtual networks in cloud environments to deal with user mobility, resource reoptimisation and to respond to anomalies, faults and evolving demands. This paper proposes an exact adaptive fault-tolerant embedding algorithm to cope with node and link failures in cloud networks while reducing the cost for cloud providers. The embedding problem is formulated and solved as a mixed integer program. Performance of the proposed algorithm is reported.
机译:如今,虚拟网络被视为连接分布式和虚拟化云服务以及服务器,应用程序和存储等组件的关键IT资源。网络虚拟化允许不同租户之间的流量隔离,安全性,虚拟机的有效迁移以及降低的云服务管理复杂性。需要进行自适应分配和配置,以在云环境中维护虚拟网络,以处理用户移动性,资源重新优化并响应异常,故障和不断发展的需求。本文提出了一种精确的自适应容错嵌入算法,以应对云网络中的节点和链接故障,同时降低云提供商的成本。嵌入问题被公式化并解决为混合整数程序。报告了该算法的性能。

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