No more DLPAR operations required!
不再需要DLPAR操作了！
No more DLPAR operations are required!
不再需要DLPAR操作了！
And using DLPAR, we remove these virtual adapters from the LPAR definition.
并且使用DLPAR，我们将能够从LPAR定义删除这些虚拟适配器。
You can also use it (with DLPAR) as a resource provisioning tool in a partitioned environment.
在分区环境中，此工具还可以用作(配合DLPAR)资源提供工具。
Again, using DLPAR, we assigned a new virtual SCSI server adapter (vhost) to hvio11 and hvio12.
同样地，使用DLPAR，我们为hvio11和hvio12分配了一个新的虚拟scsi服务器适配器(vhost)。
Dynamic logical partitioning (DLPAR) provides a great deal of flexibility to your computing environment.
动态逻辑分区(DLPAR)为您的计算环境提供了大量的灵活性。
The amount of processing units determine the allocation of the LPAR and the total amount that one can allocate during a DLPAR operation.
处理单元的数量决定LPAR 的分配，以及可以在 DLPAR操作时进行分配的总量。
You might benefit by either tuning your memory parameters or possibly doing a dynamic LPAR (DLPAR) operation and adding more RAM to your LPAR.
通过优化内存参数、或者执行动态的LPAR (DLPAR)操作并向 LPAR添加更多的RAM，您可以解决这个问题。
DLPAR operation might have altered partition resources (including memory, processor, and adapters) at run time after it is booted with a partition profile.
在使用分区配置文件启动后，DLPAR操作可能会在运行时改变分区资源(包括内存、处理器和适配器)。
Sometimes you can qualify a partition for mobility by taking additional steps, such as removing physical adapters (non-virtual adapters) using a dynamic logical partitioning (DLPAR) operation.
有时候通过采取额外的步骤可以使某个分区具有迁移资格，例如使用动态逻辑分区（DLPAR）操作删除物理适配器（非虚拟适配器）。
Sometimes you can qualify a partition for mobility by taking additional steps, such as removing physical adapters (non-virtual adapters) using a dynamic logical partitioning (DLPAR) operation.
有时候通过采取额外的步骤可以使某个分区具有迁移资格，例如使用动态逻辑分区（DLPAR）操作删除物理适配器（非虚拟适配器）。
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