The POWER Hypervisor uses some system processor and memory resources.
POWER Hypervisor占用一些系统处理器和内存资源。
This adds additional flexibility to the micro-partition flexibility offered by the POWER Hypervisor.
这又为POWER Hypervisor提供的微分区灵活性增加了灵活性。
Using the -h flag adds summary POWER Hypervisor statistics to the default lparstat output (see Listing 3).
使用- h标志可将汇总的POWER Hypervisor统计数据添加到缺省的lparstat输出中(请参见清单3)。
In AIX 5l Version 5.3, the lparstat command displays hypervisor statistical data about many POWER hypervisor calls.
在AIX5l V5.3中，lparstat命令将显示关于很多POWER Hypervisor调用的Hypervisor统计数据。
In AIX 5l Version 5.3, the lparstat command displays Hypervisor statistical data about many POWER Hypervisor calls.
在AIX5lVersion 5.3中，lparstat命令显示有关大量POWER Hypervisor调用的Hypervisor统计数据。
This article addresses the role of the POWER Hypervisor and how it facilitates performance in a partitioned environment.
本文介绍了POWER Hypervisor的作用，以及它如何在一个分区的环境中提高性能。
The HCA is logically partitioned using the POWER hypervisor, and each LPAR is assigned a portion of the HCA bandwidth and resources.
HCA使用POWER虚拟机管理程序进行逻辑分区，每个LPAR被分配到HCA带宽和资源的一个部分。
WE will discuss in more detail the capabilities of the POWER Hypervisor, including dispatching and memory management in subsequent sections.
我们将在后面的部分中更详细地讨论POWER Hypervisor的功能，包括调度和内存管理。
The technology behind the virtualization of the IBM p5 systems is from a piece of firmware known as the POWER Hypervisor, which resides in flash memory.
IBMp5系统虚拟化的内在技术源自一片被称为POWER Hypervisor的固件，它位于闪存中。
The source and target VIOS use this new virtual device to communicate with the POWER Hypervisor to gain access to the LPAR's state and to coordinate the migration.
源和目标VIOS使用这个新的虚拟设备与POWER Hypervisor通信，从而访问LPAR的状态并协调转移过程。
There's also an interface on each LPAR, on the 10.4.4 network that is used for internal (private) communication between the LPARs over the POWER Hypervisor virtual network.
在10.4.4网络上，每个LPAR上还有一个接口，这个网络用于LPAR之间通过POWER Hypervisor虚拟网络进行内部(私有)通信。
The POWER Hypervisor owns and controls the resources that are global to the system, and it is responsible for setting up logical partitions and defining partition boundaries.
POWER Hypervisor拥有并控制系统的全局资源，并且它负责建立逻辑分区，并定义分区的边界。
The POWER Hypervisor performs virtual memory management using a global partition page table, and manages any attempt by a partition to access memory outside its allocated limit.
POWER Hypervisor使用全局分区页表执行虚拟内存管理，并管理分区尝试访问超出其分配限制之外的内存的请求。
The last deployment step is calling the VM hypervisor utilities to register the VM to VM hypervisor server and then to power it on.
最后一个部署步骤是调用VM管理程序工具以在 VM 管理程序服务器中注册 VM，然后再启动该 VM。
This is a standard process and illustrates the power behind Linux as a hypervisor.
这是一个标准进程，并展示了Linux作为hypervisor的强大之处。
It is simply considered too large a risk to allow all of the processors on a Power server to be consumed, thereby forcing the hypervisor and weighting to allocate processor cycles.
UPMC只是考虑到允许Power服务器上的所有处理器都被占用太危险了，因此让虚拟机监控程序根据权值分配处理器周期。
It is simply considered too large a risk to allow all of the processors on a Power server to be consumed, thereby forcing the hypervisor and weighting to allocate processor cycles.
UPMC只是考虑到允许Power服务器上的所有处理器都被占用太危险了，因此让虚拟机监控程序根据权值分配处理器周期。
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