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The Implementation of a Virtual Desktop Infrastructure with GPU Accelerated on OpenStack

机译:使用GPU的虚拟桌面基础架构的实现加速在OpenStack上

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In recent years, Information industry trends gradually towards the clouds. Various clouds are related technologies and applications are growing with the popularity of cloud technology. While cloud virtual desktop is the first user access part of the cloud and the performance of cloud virtual desk of the network and GPU has been implicated. A smooth cloud virtual desktop is a very important issue in this environment. In this study, we proposed an integration of GPU on OpenStack and through PCI Pass-Through way to solve the problem of virtual machine display performance by allocating GPU resources for virtual machine. For the experimental, we will use different benchmarking software to measure the virtual machine. In the experiment, adjust the different number of vCPUs to measure the different cases performance of the FPS virtual machine (Frame per Second). Through this experimentation, we found out there are three different processing drivers for the virtual desktop.
机译:近年来,信息产业趋势逐渐走向云层。各种云是相关技术,应用越来越多,云技术的普及。虽然云虚拟桌面是云的第一个用户访问部分,并且涉及网络和GPU的云虚拟桌的性能。平滑的云虚拟桌面是这个环境中的一个非常重要的问题。在本研究中,我们提出了GPU在OpenStack上的集成以及通过PCI通过方式来解决虚拟机显示性能的问题,通过为虚拟机分配GPU资源来解决虚拟机显示性能。对于实验,我们将使用不同的基准测试软件来测量虚拟机。在实验中,调整不同数量的VCPU,以测量FPS虚拟机的不同情况(每秒帧)。通过此实验,我们发现虚拟桌面有三种不同的处理驱动程序。

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