How do I view the characteristics of workload partitions?
如何查看工作负载分区的特征？
Workload partitions (WPARs) -software-based virtualization.
工作负载分区(WPAR)—基于软件的虚拟化。
AIX 7 will allow for you to run AIX 5.2 workload partitions.
AIX7允许运行AIX 5.2工作负载分区。
To view the characteristics of all workload partitions, type.
要想查看所有工作负载分区的特征，输入。
In this article, you learned about enhancements to workload partitions in AIX 6.1.
在本文中，您了解了AIX 6.1中对工作负载分区的改进。
To view WPARs, we need to click on view workload partitions in WPAR Manager window.
要查看WPAR，我们需要在WPARManager窗口点击视图工作负载分区。
IBM now offers AIX workload partitions (WPARs), which is their answer to containers.
IBM现在提供AIX工作负载分区(WPAR)，这向容器发起了挑战。
AIX 6.1 supports two types of workload partitions, Application WPAR and System WPAR.
AIX 6.1支持两种类型的工作负载分区：应用程序WPAR和系统WPAR。
In this article, you learned the following basics of workload partitions in AIX 6.1.
在本文中，您了解了AIX 6.1中工作负载分区的一些基础知识。
Several new capabilities have been added to AIX workload partitions in recent releases.
在最近的版本中，AIX工作负载分区增加了几个新功能。
AIX 6.1 introduces a new mechanism for virtualization: Workload Partitions (WPARs).
AIX 6.1引入了一种新的虚拟化机制：工作负载分区(WPAR)。
To display a summary of the statistics for all of the workload partitions after boot, type.
要想显示所有工作负载分区自引导以来的统计数据汇总，输入。
There are two kinds of WPARs: application workload partitions and system workload partitions.
有两种类型的WPAR：应用程序工作负载分区和系统工作负载分区。
There are two types of WPARs: system workload partitions and application workload partitions.
共有两种类型的WPAR：系统工作负载分区和应用程序工作负载分区。
AIX 6.1 introduced a new software virtualization feature called Workload Partitions (WPARs).
AIX 6.1引入一个新软件虚拟化特性，称为工作负载分区(Workload Partitions,WPAR)。
To display all of the virtual memory statistics available for all of the workload partitions, type.
要想显示所有工作负载分区可用的所有虚拟内存统计数据，输入。
Application workload partitions: Do not provide the highly virtualized system environment offered by system WPARs.
应用程序工作负载分区：它们并不提供系统WPAR那样的高度虚拟化的系统环境。
The first choice, List All Workload Partitions, executes the lswpar command to show all defined WPARs on your system.
第一个选项ListAllWorkload Partitions，将执行lswpar命令，以显示您的系统中所有已定义的WPAR。
This section further defines the different types of workload partitions and discusses scenarios where WPARs should be used.
此部分将进一步定义不同类型的工作负载分区，并讨论应该使用WPAR的各个场景。
After clicking view workload partitions, we will see all workload partitions which are there on WPAR agents thick04 and thick03.
点击视图工作负载分区后，我们将看到WPAR代理thick04和thick 03中的所有工作负载分区。
In AIX 7, it is also worth considering the effect of virtual memory and how it is used and applied within workload partitions (WPAR).
在AIX7中，还有必要考虑虚拟内存的影响以及在工作负载分区(WPAR)中如何使用和应用它。
This is another important new feature of AIX V6.1, which allows clients to relocate entire workload partitions without shutting down the application or WPAR.
这是AIXV6.1中另一个重要的新特性，它允许客户机在不停止应用程序或WPAR的情况下重新定位整个工作负载分区。
As discussed earlier, Workload Partitions (WPARs) are virtualized operating system environments that are created within a single AIX (only supported on AIX 6.1) image.
正如前面讨论的，工作负载分区(WPAR)是在单个aix映像中创建的虚拟化操作系统环境(仅在AIX 6.1上受支持)。
Workload partitions: operating systems virtualization, similar to Solaris containers, called WPARs allow for the creation of multiple AIX 6.1 environments inside of one AIX 6.1 instance.
工作负载分区：WPAR是与Solaris容器相似的操作系统虚拟化特性，它允许在一个AIX 6.1实例中创建多个AIX 6.1环境。
Notice how the processors have been divided up between the four partitions based on workload.
注意，处理器是如何基于工作负载在四个分区之间进行分配的。
A workload can then be spread across multiple partitions for large tables, while allowing smaller tables to be stored on one or more database partitions.
于是，对于大型的表，工作负载可以分布在多个分区上，而更小的表也可以存储在一个或多个数据库分区上。
Another example is the movement of CPU resources between partitions based on workload requirements for the partitions.
另外一个例子是根据任务负载对分区的需求，在分区之间移动CPU资源。
Unfortunately, PLM has no knowledge of the importance of any workload running in the partitions and, therefore, cannot readjust priority based on the changes of workload types.
遗憾的是，PLM 未考虑到分区中运行的任何工作负荷的重要性，因此无法基于工作负荷类型的更改重新调整优先级。
To improve scalability, the workload was divided into several logical partitions, with one partition for each processor.
为了提高可伸缩性，可以将工作负载分为多个逻辑分区，每个分区对应一个处理器。
This avoids excessive workload on the catalog server in allocating (and then moving) partitions and replicas as ObjectGrid servers become available during start up.
这可以避免在启动期间ObjectGrid服务器可用时，分配(然后移动)分区和副本使目录服务器造成过重的工作负荷。
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