遗留支持——通过虚拟技术，遗留应用可以运行于它们初始设计所不支持的现代操作系统之上。
Legacy Support - Through virtualization technologies legacy applications can be run on modern operating systems they were not originally designed for.
真正的虚拟化是在2005年的Integrity虚拟机中引入的，这种技术支持分区拥有操作系统的完整副本和共享资源。
Real virtualization was then introduced with Integrity virtual Machines in 2005, allowing partitions to have their own full copy of the operating systems and the sharing of resources.
正如前面介绍的一样，超虚拟化技术需要为hypervisor修改客户操作系统，这是它的一个缺点。
As I mentioned, paravirtualization requires the guest operating systems to be modified for the hypervisor, which is a disadvantage.
这里讨论的技术不依赖于您选择的基础虚拟化技术和客户操作系统。
The techniques discussed here apply independently of the underlying virtualization technology and guest operating system you choose.
这种技术在操作系统本身之上实现服务器的虚拟化。
This technique virtualizes servers on top of the operating system itself.
通过使用操作系统虚拟化技术，管理和测试工作显著减少，如表2所示。
By using operating system virtualization technologies, the administration and test efforts are reduced, as shown in Table 2.
这提供了更高的计算机利用率和操作系统隔离，但是它实际上更像一种分区技术，而不像一种虚拟化解决方案。
This provides greater computer utilization and operating system isolation, but is really more of a partitioning technology rather than a virtualization solution.
虚拟化技术已经在很多场合中应用过了，但现在主要的关注点是服务器和操作系统的虚拟化。
It has been used historically in a number of contexts, but a primary focus now is in the virtualization of servers and operating systems.
以下一般性问题有助于确定要使用操作系统虚拟化技术来最小化系统和人力资源的测试区域。
The following general questionnaire helps in identifying the test area to use operating system virtualization technologies to minimize system and human resources.
操作系统虚拟化技术有助于执行安装测试。
The operating system virtualization technology helps for installation tests.
我们要介绍的最后一种技术是操作系统级的虚拟化，它使用的技术与前面所介绍的有所不同。
The final technique we'll explore, operating system-level virtualization, uses a different technique than those covered so far.
虚拟化技术能够解决这个问题，它能够创建虚拟服务器，虚拟服务器上可以运行多个操作系统及其应用程序。
Server virtualization solves this problem by creating a virtualized server on which many operating systems (and their applications) can run.
虚拟化技术意味着您可以运行多个操作系统，如果其中一个系统由于某个 bug 而崩溃了，那么hypervisor和其他操作系统都依然可以继续运行。
Virtualization means that you can run multiple operating systems, and, if one crashes due to a bug, the hypervisor and other operating systems continue to run.
操作系统级虚拟化技术。
而CPU的虚拟化技术除支持广泛的传统操作系统之外，还支持64位客户操作系统。
CPU virtualization technology in addition to supporting a wide range of traditional operating systems, but also supports 64 client operating system.
这种虚拟技术以Xen为代表，其特点是修改操作系统的内核，加入一个Xen Hypervisor层。
This virtual technology represented by Xen, which is characterized by modifying the operating system kernel, adding a Xen Hypervisor layer.
出血边缘技术，如桌面虚拟化创建可以轻松地重新定位该操作系统的其中一个方案。
Bleeding-edge technologies like desktop virtualization create a scenario where the OS can be relocated with ease.
提出一种利用系统虚拟化技术在现有操作系统上添加动态更新功能的方法。
This paper proposes using virtualization to provide dynamic update capability for commodity operating system.
此外，本文在关于虚拟机上实现微内核操作系统技术方面的讨论，相信对于该领域的开发者而言，具有一定的借鉴意义。
Furthermore, I believe the discussion about the technologies we employed must be helpful to those developers who are exploring in this field.
研究表明，在跨服务器平台操作系统环境下，基于J2EE框架的虚拟地理环境平台相对于当前其它技术具有很大的优越性。
The study found that, in cross platform environment, J2EE based VGE framework has a huge advantage compare to other frameworks.
提出一种利用系统虚拟化技术在现有操作系统上添加动态更新功能的方法。
This paper advance to add push function in the framework of software update.
提出一种利用系统虚拟化技术在现有操作系统上添加动态更新功能的方法。
This paper advance to add push function in the framework of software update.
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