But KVM isn't the first to do this.
但是KVM并不是第一个这样做的程序。
Determine whether the CPU supports KVM.
确定CPU是否支持kvm。
Determining whether the CPU supports KVM.
确定CPU是否支持kvm。
KVM depends on the x86 virtualization extensions.
KVM依赖于x86虚拟化扩展。
A typical KVM installation consists of these components
典型的KVM安装包含以下组件
Next, you need a Linux kernel with KVM support enabled.
接下来，您需要一个启用了KVM支持的Linux内核。
You've successfully created a virtual server built on KVM.
您已经成功创建了一个基于KVM的虚拟服务器。
Read about the introduction of KVM into the 2.6.20 kernel.
请阅读introductionofKVMintothe 2.6.20 kernel。
For more information on KVM, see the Resources section.
有关KVM 的更多信息，请参看参考资料部分。
In this article, we will focus on CLDC and KVM architectures.
在本篇文章中，我们将把注意力放在CLDC和KVM体系结构上。
There are two approaches to creating guests for use by KVM.
有两种方法可以为KVM创建客户机。
Think of Screen as a virtual keyboard-video-mouse (KVM) switch.
可以把Screen 看作虚拟的键盘-视频-鼠标 (KVM)开关。
Using KVM is actually quite simple if your hardware supports it.
如果硬件支持的话，使用KVM实际上非常简单。
The KVM module introduces a new execution mode into the kernel.
KVM模块向内核中引入了一个新的执行模块。
For keyboard-video-mouse (KVM) functionality, you need the following items.
对于键盘-视频-鼠标(KVM)功能，需要以下组件。
KVM is also considered a full virtualization solution, but I explore this later.
KVM也被认为是一个全虚拟化解决方案，不过我们稍后再介绍这个问题。
KVM introduced a new process mode to Linux to the existing kernel and user modes.
KVM向Linux中引入了一种除现有的内核和用户模式之外的新进程模式。
This blog post from btm.geek shows the performance advantage of virtio using KVM.
这篇来自btm . geek的博客显示了使用KVM的virtio的优势。
Instantiation of a new guest operating system is provided by a utility called KVM.
新客户操作系统的实例化是由一个名为kvm的工具提供的。
For the latest news on KVM, check out the KVM wiki that's provided by Qumranet.
有关KVM的最新新闻，请查看KVMwiki，这是由Qumranet提供的。
The tool is deployed in a typical KVM environment and manages two distinct workloads.
此工具部署在典型的KVM环境中，并管理两组不同的工作负载。
KVM is the official hypervisor solution, being deployed into production environments.
KVM是hypervisor的正式解决方案，被部署到生产环境中。
But this kernel can also support guest operating systems, loaded through the KVM utility.
但是这个内核也可以支持通过kvm工具加载的客户操作系统。
Running on the bare hardware is the hypervisor (the Linux kernel with the KVM module).
在裸硬件上运行的是系统管理程序(带有KVM模块的Linux内核)。
IBM has a heterogenous approach toward virtualization, with KVM one of several options.
IBM对虚拟化的推进来自于不同的途径，KVM也是其中之一。
Where vanilla kernels support kernel mode and user mode, the KVM introduces a guest mode.
普通内核支持内核模式和用户模式，而KVM则引入了一种客户模式。
Recently, a modification to the kernel was made called the Kernel-based Virtual Machine (KVM).
最近，对内核进行了修改，称为基于内核的虚拟机（KVM）。
KVM then simply turns the Linux kernel into a hypervisor (when you install the KVM kernel module).
kvm然后会简单地将Linux内核转换成一个系统管理程序(在安装kvm内核模块时)。
The KVM module in the kernel exposes the virtualized hardware through the /dev/kvm character device.
内核中的KVM通过 /dev/kvm字符设备来公开虚拟化后的硬件。
Because KVM virtual machines are regular processes, the standard memory conservation techniques apply.
由于KVM虚拟机是常规进程，可以使用标准内存转换技术。
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