在我的上一期专栏中，我阐述了如何使用表分区，基于一列或多列中的值，跨多个存储对象组织数据。
In my last column, I explained how you can use table partitioning to organize data across multiple storage objects based on values in one or more columns.
对于这种多租户的架构，数据和配置被虚拟分区，以使每个客户组织都能处理一个虚拟的应用程序实例。
With a multi-tenant architecture, data and configuration is virtually partitioned to allow each client organization to work with a virtual application instance.
这些建议涉及了数据库模式、XML与关系存储之间的选择、索引的定义以及带有分区和集群选项的物理数据组织。
These recommendations address the database schema, the choice between XML and relational storage, definition of indexes, and physical data organization with partitioning and clustering options.
您可以创建一个分区以组织信息，例如，备份数据或同其他操作系统进行双重引导。
You can create a partition to organize information, for example, to back up data, or to dual boot with another operating system.
提出了一种动态散列分区的元数据组织管理方法。
A new method based on dynamical hashing partition is put forward to manage and organize the metadata.
内存数据库分区方法是将数据库逻辑对象存储在内存中的组织管理方法。
The partitioning technology of MMDB is to organize and manage logical database objects.
内存数据库分区方法是将数据库逻辑对象存储在内存中的组织管理方法。
The partitioning technology of MMDB is to organize and manage logical database objects.
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