信息生命周期管理：数据放置。
数据放置功能（例如替换和隐藏）
提出了一种支持高可用的数据放置算法。
An algorithm for data placement is proposed, which supports high availability.
它们也考虑如何将处理逻辑和数据放置在这些节点上。
They also address how the processing logic and the data are placed on these nodes.
传统的遥感影像数据库一般是把影像数据放置到大型关系数据库中。
The remote sensing images are usually imported directly into the professional relational database.
当应用程序将数据放入objectmap中时，数据放置在本地堆中。
When the application puts to the ObjectMap, data is placed in the local heap.
提供程序响应这些请求，将数据放置于一个表格中并且将其返回到使用者。
A provider responds to these requests by placing data in a tabular format and returning it to the consumer.
这仅是一种理想的说法，“我们先把所有数据放置在某些对象中，然后你来处理它。”
This is just a fancy way of saying, "We stuck all the data in some objects, now you deal with it."
SOA中的信息管理也扩展了EII使其包括ETL、数据放置、数据恢复以及类似功能。
Information management in SOA also extends beyond EII to include ETL, data placement, data retrieval, and similar functions.
该层通过传统的数据放置算法（考虑地理布局）实现各种功能，比如复制和数据简缩。
This layer implements a variety of features, such as replication and data reduction, over the traditional data-placement algorithms (with consideration for geographic placement).
因此在数据库设计中进行了不同处理，将空间数据和非空间数据放置在不同类型的数据库中。
As a result, different database design methods are adopted. The space data and non-space data have been placed into different type database.
例如，应用程序不应将过多的数据放置到会话中，从而减少服务器的内存占用并更快速方便地保持会话。
For example, applications should not put too much data into sessions to reduce the memory footprint of the server and to make session persistence easier and faster.
元数据管理器按照数据放置策略使一个I/O节点的所有子文件的副本可以平均分布在所有其他I/O节点上。
The data-place policy can make the replicated data of the files on one I/O nodes is de-clustering across all I/O nodes in the cluster.
put方法，由于它会将数据放置在 Drop中，对MailBox调用receive()以查找Empty实例，因此会阻塞直到发送 Empty。
The put method, because it is putting data into the Drop, calls receive() on the MailBox looking for an Empty instance, thus blocking until Empty has been sent.
一旦将服务元数据放置到Registry andRepository中，可见性就得到了控制，版本就得到了管理，建议的更改就得到了分析和理解，使用就受到了监视。
Once service metadata is placed in Registry and Repository, visibility is controlled, versions are managed, proposed changes are analyzed and communicated, and usage is monitored.
另外一个你可以放置这类要求的地方是术语表或者数据字典。
Another place where you can put this kind of requirement is in the glossary or data dictionary.
任何附加的数据都可以放置在这里，但是，在到目前为止的使用中，这个域通常是空的。
Any additional data could be placed in here, but in usage so far, this field is generally left empty.
转换和转移：转换、补充、放置和同步主数据。
Transform and move: Transform, enrich, place, and synchronize master information.
充分了解UNIX系统在目录中放置数据的方式，有助于为系统制定卷配置计划，从而优化性能和安全性。
Understanding how a UNIX system places its data in its directories should be helpful in planning a volume configuration for your system to optimize performance and security.
一些设计人员认为在应用程序接口放置相关数据会对客户端应用程序造成负担。
Some designers consider placing correlation data in the application interface to be burdensome on the client application.
测试数据应放置在需要外部输入的所有步骤中。
The test data should be placed in all the steps where external input is required.
您的性能需求可能需要将数据库日志文件放置在与数据库数据不同的磁盘上，或需要采取其他放置方式。
Your performance needs may require you to place the database log files on different disk arms than the database data or indicate some other placement needs.
当重新连接到数据库时，前一个连接中的最后一个要放置数据的日志文件将被截断，使它的大小等于文件中数据的大小。
Upon reconnecting to the database, the last log file to have data placed in it from the previous connections will be truncated to the size of the data in the file.
组件发现是确定结构和逻辑边界的设计活动：即哪些数据和行为要放置在一个组件中，而哪些数据和行为属于其他组件。
Component discovery is a design exercise to determine structure and logical boundaries: which data and behaviors to place in one component and which data and behaviors belong elsewhere.
此工作是通过以下方式实现的：将受影响的代码单元复制到公用框架中，并将其引用的所有数据对象放置到公共数据接口中。
You do this by copying the impacted code units into a common framework and placing all of the data objects they refer to into a common data interface.
区域帮助目录服务确定数据网格的放置，以便主数据网格和副本数据网格被放置到不同的区域中。
Zones help the catalog service determine placement of data grids such that primary and replica data grids are placed in different zones.
两个传输天线都发送相同的数据，而放置的这个接收天线会接收来自这些传输天线的180度相位差的信号，从而信号相互抵消。
Both transmitting antennas send the same data, but the receiving antenna is placed so it receives signals from the transmitting antennas that are out of phase so they cancel out.
程序通过库在内存中的规定位置放置数据，然后引发一个 fault——fault是一种错误。
The program uses a library to place data in a well known location in memory and then causes a fault, a type of error.
现在通过在数据周围放置HTML标记创建显示
Now create the display by putting the HTML tags around the data
最后，创建一个用于放置数据表的CPScrollView。
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