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An Energy-Aware Embedding Algorithm for Virtual Data Centers

机译:虚拟数据中心的能量感知嵌入算法

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Cloud computing has emerged in the recent years as a promising paradigm that facilitates such new service models as Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS) and Software-as-a-Service (SaaS). As the number of cloud service provider increases, there exists a demand to dynamically provision virtual data centers (VDC) on top of the infrastructure provider's physical data centers. This research addresses problems related to embedding virtual data centers inside physical data centers. VDC embedding is challenging as it is an NP-hard problem that should meet multiple objectives. In the paper, we propose a new heuristic VDC embedding algorithm that takes into account energy consumption as well as physical resources of data centers. We also realize this virtualization paradigm based on a Software-Defined Network architecture.
机译:近年来,云计算出现了作为一个有前途的范式,便于将这种新的服务模型作为基础设施 - AS-Service(IAAS),平台 - AS-Service(PAAS)和软件 - AS-Service(SaaS )。随着云服务提供商的数量增加,需要在基础设施提供商的物理数据中心的顶部动态提供虚拟数据中心(VDC)。这项研究解决了与嵌入物理数据中心内的虚拟数据中心相关的问题。 VDC嵌入是挑战,因为它是一个应该满足多个目标的NP难题。在本文中,我们提出了一种新的启发式VDC嵌入算法,考虑到能源消耗以及数据中心的物理资源。我们还基于软件定义的网络架构实现了该虚拟化范例。

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