DB 2II提供了对多种数据的透明访问。
DB2 II provides transparent access to a wide variety of data.
访问层上，设计了内部数据访问接口，实现了本地数据和远程数据的透明访问。
In controlling layer, uniform interface is designed to implement the local data accessing and remote data accessing.
分布式加密存储系统面临的另一个重要问题是用户数据分布以及分布数据的透明访问。
File data distribution and transparent access to the distributed data is another important issue faced by distributed encrypting storage systems.
因为许多程序员拥有的数据并不在DB 2UDB数据库中，IBM通过联邦功能提供了对这些数据的透明访问。
Because many programmers have existing data that does not reside in DB2 UDB databases, IBM offers both transparent access to this data with federation capabilities.
作者在论文当中，着重叙述了此框架中如何构造系统的XML元数据，和如何基于XML实现异构数据库系统的数据转换和数据的透明访问这两个问题。
We narrates how to construct the systematic XML meta-data and realize the heterogeneous database's data convertion and transparent visiting in this thesis.
为了解决那个问题，OODT提供了对分布式资源的透明访问、数据恢复和查询优化功能以及分布式处理和虚拟存档。
To solve that problem, OODT provides transparent access to distributed resources, functionality for data discovery and query optimization, as well as distributed processing and virtual archives.
所有维护或访问相同信息的部门使用相同服务，任何数据和冗余处理对用户来说都是透明的。
All departments that maintain or access the same information use the same service, making any data and processing redundancies transparent to users.
管理员可以定义一个单独的虚拟数据库镜像，为程序员提供对不同数据的透明的访问。
Instead, administrators define a single virtual database image to provide programmers with transparent access to diverse data.
对于关系数据库、XML文档、队列、应用程序数据等，都可以从一个公共的平台中，结合SQL的强大功能对它们进行透明访问。
Relational databases, XML documents, queues, application data, and more can be transparently accessed from a common platform and combined using the power of SQL.
它不仅易于安装和使用，而且提供从任何应用程序环境(包括linux)对大量IMS应用程序和数据的安全、透明、高性能的访问。
Easy to install and to use, it provides secure, transparent access to IMS applications and data at high volumes with high performance, from any application environment, including Linux.
DB 2 II还以一种对我们透明的方式代表我们确定和执行适当的数据访问策略。
It also determined and executed an appropriate data access strategy on our behalf in a manner that was transparent to us.
只有在查询的from子句包含周期规范时，DB 2才会自动且透明地访问历史数据。
DB2 accesses the historical data automatically and transparently only if the FROM clause of the query includes the period specifications.
程序员可以透明地使用来自这些不同数据源的数据，并通过DB2II全局查询优化器来选择一个有效的数据访问策略。
Programmers can work transparently with data from these various sources, relying on DB2 II's global query optimizer to select an efficient data access strategy for such work.
CGD位于操作系统中的其他部分和实际磁盘之间，CGD可以作为连接到系统的其他磁盘设备，允许对安全存储数据进行透明访问。
By sitting between the rest of the operating system and the actual disk, CGD looks and ACTS like any other disk drive attached to the system, allowing for transparent access to secure storage.
OLEDB的目标（就像它之前的 ODBC 的目标）是提供对各种关系和非关系数据源的透明的访问。
The goal of OLE DB (as was the goal of ODBC before it) is to provide transparent access to a variety of relational and non-relational data sources.
客户机应用程序或组件使用JDBC或SQLJ访问EII服务器管理的异类数据，该服务器透明地集成不同种类的数据，并以表结构返回这些数据。
Client applications or components use JDBC or SQLJ to access disparate data managed by an EII server, which transparently integrates heterogeneous data and returns it in a tabular structure.
抽象了数据库模式的细节，这使得改变使用的数据库、数据库设计和访问方法都对服务消费者是透明的。
It abstracts from the actual database schema, thus allowing modifying used database, database layout and access methods, transparently to service consumers.
应用开发者能够透明访问数据表——无论远程的还是本地的，还是数据表副本。
Provide the ability for the application developer to access tables transparently - i.e. regardless of if it is remote or local, or a replica.
中介客户机通过向DB 2InformationIntegrator服务器发出查询来建立与DB 2 Information Integrator数据库的连接，并透明地访问异类数据。
The mediator client establishes a connection to a WebSphere Information Integrator database and accesses disparate data transparently by issuing queries to the WebSphere Information Integrator server.
这个联邦服务器透明地通过昵称访问DB2for z/OS中的数据，同时提供所需的编目视图和接受方法调用语法。
This federated server transparently accesses the data in DB2 for z/OS through nicknames, while providing the desired catalog views and accepting the syntax for method invocations.
虚拟化：Information Integrator提供了一个联邦系统来担当虚拟数据库，它能够透明地访问任何数据，不管自身的位置在哪里，也不管使用的是哪种SQL方言。
Virtualized: Information Integrator provides a federated system to act as a virtual database which can transparently access any data, regardless of its location and SQL dialect.
今天的应用要实现Web服务接口才能访问各种服务，与之相比，数据采集契约的实现比较透明。
Unlike today where each application needs to implement the web services to call every service, the picker contract is agnostic.
通用中间层的一些示例有：应用服务器(用于包含应用程序)、联合服务器(用于透明地访问异构数据源)。
Some examples of common middle tiers include application servers (for hosting applications) and federation servers (for transparent access to heterogeneous data sources).
数据库透明加密是指对库内数据的加密和解密，对数据库的访问程序是完全无感知的。
Transparent database encryption refers to the encryption and decryption of data in the database, the database access program is completely unaware.
第三方消息接口应用服务器用于完成对系统外的数据源的透明访问。
The third party information port application server complete the function that visits the data of outside system transparent.
互操作的核心思想是数据共享和透明访问。
Core idea of heterogeneous databases interoperation is data sharing and transparent accessing.
这些方法在性能方法是优化的。它们也是便利的。数据访问块工作是透明的，对于。
These methods are optimized for performance. They are also portable. The Data Access Application Block works transparently with SQL Server, DB2, and Oracle databases.
该方案实现了异构数据库的透明访问和联合查询，为企业信息系统集成提供了一种技术方法。
It achieves transparent access and unified query, and provided one technical method for the enterprise information system integration.
对原始系统的改造极小，且用户可以透明地访问原始系统的所有数据资源。
Extra work in the original systems is minimized and users get transparent access to all the original data resources.
针对这些缺点我们通过一个具体的信息系统应用实例分析了JDO技术在实际永久性对象技术存储的应用，JDO技术可以用透明的方式保存数据库或在数据库中访问。
Aim at these shortcomings, we discuss the application of storing persistence object through a concrete information system instance. JDO technology can store or query database in transparent way.
应用推荐