对于数据移动过程本身，也是这样的。
您可以对昵称执行以下数据移动操作。
You can perform the following data movement operations on nicknames.
执行数据移动(例如装载和提取)。
每个扩展映射描述从源到目标的数据移动。
Each extension mapping describes the data movement of sources to targets.
我们是否可以将公共数据移动到单独的缓存或层？
从而便于将属于每个承租者的数据移动到单个分区。
This makes it easy to move data belonging to each of the tenants to individual partitions.
将数据移动到不那么忙的驱动器可以显著地帮助缓解负担。
Moving data to less busy drives can obviously help ease this burden.
可以在一个网络上提取数据库对象和数据，并创建数据移动脚本。
You can extract the database objects and data and create the data movement scripts on one network.
在Mappings选项卡中，输入描述实际数据移动的扩展映射。
On the mappings TAB, enter extension mappings that describe the actual data movement.
因此，这种模式的大多数部署都是将数据移动到关系型目标数据库。
Therefore, most deployments of this pattern move data to a relational target database.
这里只重点介绍其中一些工具：常见的数据移动和数据维护实用工具。
Only a few tools have been highlighted: common data movement utilities and data maintenance utilities.
这种方法最大限度地减少数据移动，同时利用AMPP架构实现并行化联接。
This approach minimizes data movement while taking advantage of the AMPP architecture to parallelize the join.
CHGPFM命令可以将成员(或分区)的数据移动到SSD，或从其中移出。
The CHGPFM command will move a member's (or partition's) data either on or off of SSD. For example.
高度复杂的转换任务将导致数据移动过程变长，这是由于要进行复杂的转换处理。
An important consequence of highly complex transformations is an elongated data-movement process that is due to the complex transformation processing.
应用程序越大、越复杂，其中的数据移动就越多，设计时考虑到的问题也必须越复杂。
The larger and more complex the application, the more data movement there is and the more complex your design considerations must be.
这要求上下文切换到内核线程，以处理将数据移动到磁盘以及从磁盘移出数据的任务。
This requires a context switch to the kernel thread to handle the task of moving data to and from disk.
您将需要在原始数据中心捕获三种类型的数据，并将该数据移动到灾难数据中心。
You will need to capture three types of data in the original data center and move that data to your disaster center.
操作系统可以将物理内存中的数据移动到未使用的交换区，以便于最充分地利用物理内存。
The OS can move data held in physical memory to and from a swap area when it isn't being used, to make the best use of physical memory.
主要的DB2UDB数据移动工具有export、import和load。
The principal DB2 UDB data movement utilities are export, import, and load.
您应该避免使用数据库工具或者其他的数据移动应用程序移动内容，因为这些方法并不受支持。
You should avoid moving your content using database utilities or other data movement applications, as these methods are not supported.
新版本的重分发实用程序使用小型日志记录模型和页级数据移动（见 1.1小节中的解释）。
The new version of the redistribute utility uses the minimum logging model and page-level data movement (as explained in section 1.1).
在一个移植项目的上下文中，很明显，结果是最重要的——也就是说，将数据移动到目标工具中。
In the context of a migration project it is clearly the result that counts — i.e., to get the data moved to the target tool.
将转出的数据移动到另外一个位置(也就是说移动到一个表或数据库中)，而不仅仅是删除它。
Moving rolled out data to another location (that is, to a separate table or database) rather than simply deleting it.
在某个时候我们可以修改命令来异步地移动数据，这样就可以令其他任务不必等待数据移动操作的完成。
At some point we may change the commands to asynchronously move the data which would not cause other jobs to wait for the move to complete.
尽管整合服务器可以处理单个记录，但大多数实现的目标是将不同数据源的大量数据移动到一个或多个目标。
Although a consolidation server can process single records, most implementations are targeted to move large amounts of data from various sources to one or more targets.
假设管理层决定将存在时间超过6个月的数据移动到外部磁盘上，并将存在时间超过7年的数据移动到磁带上。
Assume that the management decided to move data aged six months and earlier to external disks and seven years to tapes.
在进行了数据整合之后，可以保持原始数据源原封不动，或者在迁移中将数据移动到目标后不再使用这些数据源。
Following data consolidation it is possible either to leave the original data sources intact, or to retire the sources once the data is moved to the target in the case of a migration.
我们来看看不同领域的一些工具，例如数据库创建和维护、网络、管理GUI、性能调优、数据移动和备份恢复工具。
We shall look at tools from different areas such as database creation and maintenance, network, administration GUI, performance tuning, data movement and backup-recovery tools.
db 2 move工具利用了db2的数据移动工具(export和import或load)来移动数据库表。
The db2move utility exploits the db2 data movement utilities (export and import or load) to move the database tables.
OCCI被用作引发操作的运行时管理API，OVF被用于可迁移性任务，而CDMI非常适合数据移动和格式迁移。
OCCI is suited as the runtime management API that triggers the operations. OVF is suited for portability reasons and CDMI is very appropriate for data movement and format migration.
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