1.database management system
1.And a model of this architecture and a simple relational DBMS run on this architecture are implemented to verify the architecture.
为了验证这个体系结构，本文实现了一个基于这个体系结构和一个相关数据库系统的模型。
2.we do not believe that oodbms will soon replace the relational dbms as the standard for all, or even most, database applications.
我们不相信oodbms将会很快代替关系型dbms成为所有或者甚至大多数数据库应用程序的标准。
3.Replication in Mnesia is one of the mechanisms used to provide a fault tolerant DBMS.
复制是使Mnesia成为一个容错数据库管理系统的机制之一。
4.A System Copy between two systems running on different operating systems or different DBMS systems is called a Heterogeneous System Copy.
而在不同操作系统或不同DBMS系统上运行的两个系统之间的系统复制则称作异构系统复制（HeterogeneousSystemCopy）。
5.Its proven technology qualifies it as an industrial-strength DBMS for an embedded database server on multiple platforms.
它的技术非常成熟可靠，这使它能够作为多种平台上嵌入式数据库服务器的工业级DBMS。
6.OLE DB allows you to develop applications that access perse data sources , whether they are DBMS or not .
DBMS程序能够让你从数据库中抽出，修改或是存放信息。
7.The DBMS ensures that the index is always consistent with the data in the table by updating it during INSERT, UPDATE, and DELETE operations.
通过使用INSERT、UPDATE和DELETE操作对索引进行更新，DBMS能够确保索引始终与表数据一致。
8.DBMS automatically fires the trigger as a result of a data modification to the associated table.
当关联的表发生改变时，DBMS自动激发触发器。
9.If there is no index on name, the DBMS does a full table scan and applies the toUpper function on the name column for each tuple.
如果没有为名称建立索引，那么DBMS将执行全表扫描并对每个元组（tuple）的name列应用toUpper函数。
10.ODBC provides an API that allows your application to be independent of the source database management system ( DBMS ) .
ODBC提供了使您的应用程序独立于源数据库管理系统（DBMS）的API。