1·Virtualized desktop productivity.
虚拟桌面生产力。
2·Virtualized database management systems
虚拟的数据库管理系统
3·Virtualized services (virtual infrastructure).
虚拟服务(虚拟基础架构)。
4·Linux runs on a lot of virtualized hardware.
Linux可以运行在许多虚拟硬件上。
5·Effectively, Screen provides many virtualized consoles.
实际上，Screen提供许多虚拟化的控制台。
6·Virtualized multi-tenant organization structure tree.
虚拟的多租户组织结构树。
7·Insufficient network-based controls in virtualized networks.
在虚拟化网络中基于网络的控制不足。
8·This makes for a low-end way to run virtualized machines.
这提供了一种运行虚拟机的廉价方式。
9·Compatibility - Not all applications can be virtualized easily.
兼容性——并非所有的应用都是可以容易地虚拟化的。
10·Because the address Spaces are virtualized, many can exist.
由于地址空间是虚拟的，所以可以存在很多。
1·Since I detest the term "best practices" I’ll close with some final thoughts on how best to optimize a virtualized environment.
由于我很讨厌 “最佳实践” 这个词，我将以关于如何更好地优化一个虚拟化环境的讨论来结束本文。
2·It provides a single management interface for all virtualized storage connected to it and data replications across heterogeneous devices are also possible.
它为连接它的所有虚拟化存储提供单一管理接口，还可以跨不同类型的设备执行数据复制。
3·New applications can be deployed quickly with these virtualized OS partitions and, in the case of IBM, you don't always have to concern yourself with creating new partitions and installing a new OS.
使用这些虚拟化的OS分区可以迅速地部署新的应用程序，在使用IBM产品的情况下，您不需要始终关注于创建新的分区和安装新的OS。
4·Because cloud environments are virtualized, a fraction of the total CPU, memory, and disk storage is allocated to each user request.
因为云计算是虚拟化的，所以全部CPU、内存和磁盘存储的一部分被分配给每个用户请求。
5·It can be argued that the first model is not really multi-tenancy at all, but it is often used in a cloud with virtualized servers and promoted as a form of multi-tenancy.
可以认为，第一个模型根本算不上是真正的多租户，但是在云环境中，它经常与虚拟化服务器配合使用，并被认为是一种多租户形式。