Configure arrays and logical drives.
配置阵列和逻辑驱动器。
Assign logical drives to storage partitions.
将逻辑驱动器分配给存储分区。
All logical drives deleted in extended DOS partition.
扩展DOS分区中的所有逻辑驱动器被删除。
All available space in Extended DOS partition is assigned to logical drives.
全部扩展DOS分区上的可用空间都被指定给逻辑驱动器。
Now allocate some storage for your blade with the Create Logical Drives menu.
现在，通过CreateLogical Drives 菜单为blade分配一些存储。
This configuration provided us with more logical drives for Linux so that we could spread the I/O out to the same DS8000 systems.
这种配置可以为Linux提供更多的逻辑驱动器，从而可以将I/O 分散到相同的DS8000系统上。
For the first guest OS, I want it to have three logical drives mapped directly to three LUNs on the DS4800 through Dom0, of course.
对于第一个guestOS，我希望它有3个逻辑驱动器，这3个逻辑驱动器直接映射到DS4800上的3个LUN(当然是通过Dom0)。
Note that whenever the configuration of the logical drives changes, this procedure must be followed to save a valid configuration to the system.
注意：只要逻辑磁盘的配置发生变化，都必须执行这个过程将有效配置保存到磁盘上。
When the logical drives are configured, the LUN configuration window closes, saving the configuration to the host system in the Port configuration window (which has a default password of config).
在配置好逻辑驱动器之后，LUN配置窗口就会关闭，并将配置保存到PortConfiguration窗口中的主机系统(默认密码是config)。
Therefore, each Logical Node is allocated with two arrays or 28 drives.
因此，每个逻辑节点都会获得两个阵列或28个驱动器。
Conceptual data modeling drives the initial broad specification within the canonical data model, and logical data modeling adds further detail within that same model.
概念化数据建模驱动规范化数据模型中最初宽度的规范，而逻辑数据建模则在同一个模型中增加进一步的细节。
There are three types of partition on IDE drives: primary, logical, and extended.
IDE驱动器上有三种类型的分区：主、逻辑和扩展。
Within a Logical Node, each tablespace is defined across two arrays, using 13 drives from each array, for a total of 26 hard drives.
在一个逻辑节点里，每个表空间的定义都跨越了两个阵列，使用了每个阵列中的13个驱动器，总共使用了26个硬盘驱动器。
The storage consisted of 10 hard drives (698 GB each; 7,200 RPM), organized as a single logical volume (RAID 5) using a hardware controller.
存储器则是由10个硬盘驱动器(每个硬盘容量为698GB； 7,200转数)组成，由一个硬盘控制器组织成一个逻辑卷(RAID5)。
The purpose of LVM is joining several volumes (can be drives or RAIDs or a mix) into a 'volume group'. Then, you create new 'Logical volumes' from the group.
LVM的目的是加入几个卷(可以是驱动器混合)成一个卷组，然后您创建的新逻辑卷的组。
The purpose of LVM is joining several volumes (can be drives or RAIDs or a mix) into a 'volume group'. Then, you create new 'Logical volumes' from the group.
LVM的目的是加入几个卷(可以是驱动器混合)成一个卷组，然后您创建的新逻辑卷的组。
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