This paper presents a research of constructing virtual operating environment for telemeasurement system based on Internet.
该文对基于互联网的远程测量系统中虚拟操作环境的构建方法进行了研究。
After the virtual image is copied to the hypervisor, you can specify any changes to the default resource allocation of CPU and memory required by the operating system in the new environment.
将虚拟映像复制到管理程序后，您可以指定新环境中操作系统所需的CPU和内存的缺省资源位置的任何更改。
Every operating system executes in a virtual environment, and there might be (and normally are) several instances of different operating systems running at the same time.
每个操作系统都在一个虚拟环境中运行，因此可能会出现(实际上也会出现)几个不同的操作系统实例同时运行的情况。
To enable you to customize your operating system environment by installing custom software, WebSphere CloudBurst introduces the idea of extending virtual images.
为了能够通过安装定制软件来定制您的操作系统环境，WebSphereCloudBurst引入了扩展虚拟机的概念。
That pattern is then deployed by WebSphere CloudBurst into the private cloud to create a running virtual machine that can be used to customize the operating system environment.
该模式随后由WebSphereCloudBurst部署到私有云以创建一个运行中的虚拟机，后者可以用于定制操作系统环境。
A virtual environment capable of running multiple Linux desktop operating systems is provided by the server's hypervisor. There are several popular hypervisors
服务器的管理程序提供虚拟环境，这个环境能够运行多个Linux桌面操作系统。
Once the virtual machine is running in the cloud, you can login and install custom software or otherwise configure the operating system environment.
一旦虚拟机在云中运行，您就可以登录并安装定制软件，或者配置操作系统环境。
In this virtual environment, still need to simulate the hardware device, install the Guest operating system, and also need to modify the operating system kernel.
在这种虚拟环境下，依然需要模拟硬件设备，安装Guest操作系统，并且还需要修改操作系统的内核。
This paper analyzes hand operating method based on the analysis of hand structure under virtual environment.
本文分析了手模型及其虚拟环境下物体的操作方法，提出了点接触平面法矢的手握持抓取方法。
This paper analyzes hand operating method based on the analysis of hand structure under virtual environment.
本文分析了手模型及其虚拟环境下物体的操作方法，提出了点接触平面法矢的手握持抓取方法。
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