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VM placement of multidimensional resources using cartesian coordinates based approach

机译:使用基于笛卡尔坐标的方法对多维资源进行VM放置

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Data centers offer many services hosted on dedicated physical servers, which are often under-utilized in terms of resources used. Virtual machine placement goal maximizing the usage of available resources and saving of power being shut down some unused physical machines. After studying different Virtual Machine placement techniques in the data center, there is wastage of resources in Multi-dimensionality of the physical machine and in maximum resource allocation, which results from the imbalanced use of the multi-dimensional resource. To overcome the utilization problem, we have proposed Cartesian Coordinate System Based placement. The proposed algorithm is compared with the Novel vector based VM placement algorithm and analyze the experimental result.
机译:数据中心提供了许多托管在专用物理服务器上的服务,这些服务通常在使用的资源方面没有得到充分利用。虚拟机放置目标可最大程度地利用可用资源并节省因关闭某些未使用的物理机而节省的电量。在研究了数据中心中不同的虚拟机放置技术之后,物理机的多维性和最大资源分配方面都存在资源浪费,这是由于多维资源的不平衡使用造成的。为了克服利用率问题,我们提出了基于笛卡尔坐标系的布局。将该算法与基于新颖矢量的虚拟机布局算法进行了比较,并对实验结果进行了分析。

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