每个系统都有其专有的语义，但是被映射到一个逻辑数据模型，可以将此模型实例化为一个物理联合模型或规范消息模型。
Each system has its own proprietary semantic meaning, but is mapped to a logical data model which can be instantiated as a physical federated model or a canonical message model.
它可以调用几个服务并能在流程和XML文档中完成一些业务逻辑，同时还能够处理数据映射问题。
It can invoke several services and do some business logic on the flow and on XML documents, while also being able to handle data mapping issues.
而且您再也不用执行低级数据转换和映射任务，使您能够更多地关注业务逻辑开发。
This also frees you from low-level data conversion and mapping tasks, and enables you to focus more on business logic development.
使用映射和协作逻辑的数据压缩。
正如前面提到的，连接性逻辑负责基于内容的服务端点选择，并负责调用所选端点的数据或接口映射。
As already mentioned earlier, the connectivity logic is responsible for content-based service endpoint selection, and for data or interface mapping to call the selected endpoint.
不论出处如何，当术语表模型在RDA 中时，就可以将标准业务术语映射到规范化（概念/逻辑）数据模型的形式化结构。
Regardless of its origin, the presence of a glossary model in RDA enables mapping of standard business terms into the formalized structures of the canonical (conceptual/logical) data model.
RDA支持XML模式定义和XML模式到逻辑数据模型的映射的可视化。
RDA supports visualization of XML schema definitions and mapping of the XML schema to logical data models.
最后，如果完成了建模，IDA会包含工具来将逻辑或物理数据模型映射到XML模式，这可以在DB 2中表示为xml列。
Finally, if modeling has been done, IDA contains tooling to map logical or physical data models to XML schemas, which can be represented as an XML column in DB2.
这些模式讨论表示、到关系数据存储的映射、域逻辑、应用程序状态管理和创建的应用程序功能。
These patterns address presentation, mapping to relational data stores, domain logic, application state management, and common application functions.
您还可以使用接口映射组件开发数据同步逻辑，并使用企业发现向导创建EIS导出和EIS导入。
You'll also develop the data synchronization logic using an interface map component, and use the enterprise discovery wizard to create the EIS export and EIS import.
其他逻辑或物理数据模型(如esb、应用和数据仓库)都可以映射到这个公共逻辑数据模型。
Other logical or physical data models, such as ESB, applications and data warehousing, can all be mapped to this common logical data model.
让熟悉业务逻辑的成员可以将注意力集中在设计MessageBroker消息流上，而数据格式专家可将注意力集中在WebSphereTX节点的格式映射上。
A team member familiar with business logic can focus on designing the message flow with message Broker, while a data format expert can focus on format mapping with the WebSphere TX node.
例如，它可以在逻辑模型与物理模型之间映射，也就是规范化数据模型的概念与这些概念在数据平台中的实现之间的映射。
For example, it can map between a logical and physical model, that is, between the concepts of the canonical data model and the realization of these concepts in the data platform.
从这个简单的可视设计中，可以容易地把业务逻辑直接映射到数据库表。
From this simple visual design you can easily map the business logic straight into database tables.
映射文档可以通过一种逻辑方法创建和管理，这种逻辑方法与企业中对数据转换逻辑的划分方式相对应。
Mapping documents can be created and managed in a logical way that maps to how the data transformation logic is partitioned in the enterprise.
许多组织在最后将得到逻辑企业数据模型，这样单独的系统就可以被映射到公共逻辑模型上。
Many organizations might eventually derive a logical enterprise data model so that individual systems can be mapped to the common logical model.
这种简单的映射常常很好用，但是在某些时候，由于数据类型、格式或某个应用程序逻辑的不同，您不希望直接进行数据交换。
Quite often, this form of simple mapping works fine, but sometimes, because of differences in data types or formatting or the needs of some application logic, you don't want direct data exchange.
一旦完成映射，您就可以将他们当成普通对象来处理，无需编写复杂的数据访问逻辑就可以轻松地将更改提交回数据库。
Once the mapping is done, you can manipulate mapped objects as normal objects and easily submit changes back to relational database without writing complex data access logic.
LVM是一种AIX磁盘管理系统，它可以在逻辑和物理存储之间映射数据。
LVM is an AIX disk management system that maps the data between logical and physical storage.
这些属性被映射到源系统的逻辑数据模型，从而确保能够在源系统中找到提供给数据仓库的属性。
These attributes were mapped to source system logical data models in order to ensure that attributes were available in the source systems that were to feed the data warehouse.
元数据——由于有着逻辑与物理位置之间的映射关系，因此对于一个运行的可靠系统来说存储元数据的管理显得极为关键。
Metadata – Since there is a mapping between logical and physical location, the storage metadata and its management becomes key to a working reliable system.
会话Facade提供适配器逻辑，以便将Hibernate实体POJO映射到服务数据对象，以及进行反向映射。
The session facade provides adapter logic to map Hibernate entity POJOs to Service Data Objects and back.
可以在映射规则中使用present函数编写有条件的WebSphereTX映射逻辑，这个函数检查在数据结构中是否可以找到某个数据对象。
You can code conditional WebSphere TX map logic within map rules using the PRESENT function, which tests to see if a particular data object is found in a data structure.
通过将功能模块及其相关操作映射为权限数据，使得权限代码和业务逻辑代码完全解耦。
Acting as permission data, other functional modules and their related operations can make the couple of the permission codes and operation logics eliminated.
由于模糊神经网络具有很强的自学习、泛化和模糊逻辑推理功能，它可以有效地映射出钻芯、回弹数据间复杂的非线性关系。
FNN efficiently maps the complex non-linear relationship between data by drill and rebound methods for its automatic learning, generation and fuzzy logic inference.
由于模糊神经网络具有很强的自学习、泛化和模糊逻辑推理功能，它可以有效地映射出钻芯、回弹数据间复杂的非线性关系。
FNN efficiently maps the complex non-linear relationship between data by drill and rebound methods for its automatic learning, generation and fuzzy logic inference.
应用推荐