What Cisco will likely announce this spring will be blade servers powered by virtualization.
思科有可能在今年春季宣布采用虚拟化技术的刀锋服务器。
What is embedded virtualization?
什么是嵌入式虚拟化？
So, what is server virtualization?
因此，什么是服务器虚拟化呢？
How does virtualization do this?
虚拟化如何实现这一目的？
Micro-partitioning and virtualization.
微分区和虚拟化。
What kinds of virtualization should I adopt?
我应该采用哪种虚拟化？
Server virtualization created cloud computing.
服务器虚拟化创建了云计算。
This is most commonly used form of virtualization.
这是最常用的虚拟化形式。
Of course, CPU virtualization also comes with risks.
当然，CPU虚拟化也会带来风险。
How do mediation flows implement service virtualization?
中介流如何实现服务虚拟化？
This allows for the virtualization of hardware components.
这允许对硬件组件进行虚拟化。
The virtualization system should orchestrate this for you.
虚拟化系统应为您安排这种情况。
It can be used with or without virtualization technologies.
它可以使用虚拟化技术，也可以不使用。
Routing is a key function to enable service virtualization.
路由是启用服务虚拟化的关键功能。
A desktop virtualization solution can meet these challenges.
桌面虚拟化解决方案可以解决这些难题。
Another test area where virtualization methods is used is GVT.
使用虚拟化方法的另一个测试区域是GVT。
Virtualization is a good option for utilizing larger machines.
虚拟化是使用较大机器时的较优选项。
IBM's history of virtualization cannot be matched by any vendor.
IBM的虚拟化历史是任何供应商都无法比拟的。
HP has many different partitioning and virtualization strategies.
HP拥有许多不同的分区和虚拟化战略。
Application streaming in turn relies on application virtualization.
应用流反过来也依赖于应用程序虚拟化。
As things change, the virtualization system can adapt automatically.
随着情况的变化，虚拟化系统可以自动地适应。
At this stage, you also get additional advantages from virtualization.
在此阶段，您还通过虚拟化获得了额外的优点。
Virtualization technologies introduce many benefits to an organization.
虚拟化技术可以给组织带来许多好处。
The final segment of client virtualization is local desktop virtualization.
最后一部分客户端虚拟化就是本地桌面虚拟。
Disadvantages of desktop virtualization are similar to server virtualization.
桌面虚拟的不足之处与服务器虚拟是类似的。
This article touched on a two virtualization mechanisms: full virtualization and paravirtualization.
这篇文章谈论两个虚拟化机制：完全虚拟化和半虚拟化。
Two of the most common approaches to virtualization are full virtualization and para-virtualization.
虚拟化最常使用的两种方法是全虚拟化和准虚拟化。
Network virtualization involves platform virtualization, often combined with resource virtualization.
网络虚拟化涉及到平台虚拟化，常常整合了资源虚拟化。
A problem with virtualization solutions today is that not all hardware supports virtualization cleanly.
目前使用虚拟化解决方案的问题是，并非所有硬件都可以很好地支持虚拟化。
This includes I/O virtualization (VIO), storage virtualization (SVC), and, of course, CPU virtualization.
这包括I/O虚拟化 (VIO)、存储虚拟化 (SVC)和CPU 虚拟化。
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