我们逐步完成了该建议的体系结构的一个示例应用，以访问不同级别和不同业务上下文中的业务客户组织数据。
We walked through an example application of the proposed architecture to access business client organization data at different levels and in different business contexts.
此体系结构允许应用程序主要处理数据图和数据对象。
This architecture allows applications to deal principally with data graphs and data objects.
了解您正在使用的本机数据格式非常重要，这样可以在您确定如何在应用程序中分配工作时做出正确的体系结构决策。
It is important to understand the native data format you are working with so that you can make the right architectural decisions as to where to allocate the work in your application.
IT体系结构与服务模型确定企业数据、应用程序和基础设施所属的组织及其在静态和运行时执行的过程中的相互关系。
It architecture and the service model identify the organization of enterprise data, applications, and infrastructure and how they are interrelated both statically as well as during run-time execution.
这意味着其他模块无法修改此数据库。这减少了出现问题时在多层应用程序体系结构中需要遵守的调试路径。
This means that no other modules can modify the database, reducing the debugging paths you need to follow in a multi-tiered application architecture when problems arise.
对于许多应用程序来说，如果它需要在一个父文档中包含自成体系的数据，这种面向文档的数据库非常适合。
This works extremely well for many applications where it makes sense for the data to be self-contained inside a parent document.
这些技术不是每个应用程序的最佳体系结构，所以在决定何时将SDO和JDBC数据中介服务用于应用程序时一定要慎重。
These technologies are not the best architectural choice for every application, so take care when making the decision to use SDOs and the JDBC Data Mediator Service in your application.
那些留下的人可能对应用程序的流程、数据体系结构或业务逻辑的了解非常有限。
Those who remain may have limited insight into the application's process flow, data architecture, or business logic.
soa治理是IT治理的扩展，它特别关注组织的面向服务体系结构中的服务、元数据和复合应用程序的生命周期。
SOA governance is an extension of it governance that specifically focuses on the lifecycle of services, metadata, and composite applications in an organization's service Oriented Architecture.
把现有的IMS应用程序和数据集成到随需应变面向服务体系架构中能让组织受益良多。
Integrating existing IMS applications and data into an on Demand Service Oriented Architecture can offer a number of benefits for organizations.
每个应用程序都必须支持自己的基础设施；但是，面向服务体系结构的关键是，能够敏捷地把数据传输给新的相关社区。
Each application program must support their own infrastructure; however, the key to a service-oriented architecture is the agility of data transport to new communities of interest.
数据、协议和网络适配器是系统或应用程序的体系结构概述定义中的重要部分。
The data, protocol, and network adapters are essential recipes that go into the definition of the architecture overview of the system or application.
业务规则内维护的状态数据和客户机服务间的关系是特定于应用程序的，不能在体系结构中进行处理。
The relationship between state data maintained within business rules and the client service is application specific and not addressed in the architecture.
本文主要关注如何在应用程序体系结构中使用新的XML数据库支持。
This article I focuses on how to exploit the improved database support for XML in your application architecture.
耐用的数据体系结构通常要求对应用程序和业务流程进行细微的修改，而其在组织表中的位置经常不能强制进行这些更改。
Durable data architecture usually requires minor changes to applications and business processes, and the position in the organization chart rarely comes with the mandate for such change.
还要说明，在采用新的基于XML的应用程序开发体系结构之后，数据库模式会变得更简单更自然。
It shows how once you adapt to the new XML-based application development architecture, your database schemas become much simpler and more natural.
图1显示了在传统上下文中应用数据清理模式的抽象体系结构。
Figure 1 illustrates the high-level architecture of applying the data cleansing pattern in the traditional context.
在断开连接的数据图形体系结构下，客户机将从数据源检索数据图，对数据图进行变异操作，然后将数据图更改应用回数据源。
Under the disconnected data graphs architecture, a client retrieves a data graph from a data source, mutates the data graph, and can then apply the data graph changes back to the data source.
逻辑层将概念体系结构划分为在应用程序内扮演特定角色的组件，如表示层、应用程序逻辑层、业务流程层和数据访问层。
Logical tiers divide the conceptual architecture into components that play specific roles within the application, such as presentation, application logic, business processes, and data access.
取决于该的应用程序体系结构的更改可能包括令人生畏任务如同步会话状态和跨服务器位置复制数据库事务。
Depending on the application, changing the architecture could include daunting tasks such as synchronizing session state and replicating database transactions across server locations.
请注意，正如您可能猜到的依赖于应用程序的数据存储的情况，数据体系结构区域下的结构与应用程序区域的结构非常类似。
Notice that the structure under the data architecture area mimics the structure of the application area, as you would expect for application-dependent datastores.
在该建议的体系结构中，企业中的信息源(图1底部的数据存储库)不再紧密绑定或限制到任何特定的企业应用程序。
In the proposed architecture, the information sources (the data repositories at the bottom of Figure 1) in the enterprise are no longer tightly bound or limited to any specific enterprise application.
该体系结构采用了具有抽象层的信息服务，这些抽象层可以最大化应用程序或企业流程与企业数据之间的松散耦合。
This architecture employs information services with abstraction layers that maximize the loose coupling between applications, or enterprise processes, and enterprise data.
注意四个核心框架区域：应用程序体系结构、业务流程体系结构、数据体系结构和面向服务的体系结构(Service - OrientedArchitecture,SOA)。
Note the four core framework areas: the application architecture, the business process architecture, the data architecture, and the service-oriented architecture (SOA).
简单地说，SDO是一种数据应用程序开发框架，它包括一个体系结构和相应的API。
Put simply, SDO is a framework for data application development, which includes an architecture and API. SDO does the following.
采用新的基于XML的应用程序开发体系结构之后，数据库模式如何变得更简单更自然？
How, once you adapt to the new XML-based application development architecture, your database schemas become much simpler and more natural?
在面向Web的体系结构中，数据需要序列化，然后才能在应用程序的不同层之间传递。
In a Web Oriented Architecture, data needs to be serialized across different layers of the application.
可以通过在面向服务的体系结构（Service-Oriented Architecture，SOA）框架中对多个不同的服务和数据存储区进行松散耦合来创建组合应用程序。
You create composite applications by loosely coupling several different services and data stores in a Service-Oriented Architecture (SOA) framework.
本文的内容包括两个方面：关联规则挖掘算法研究和数据挖掘应用系统体系结构的研究。
The content of this paper includes two respects: research of data mining algorithms and the system structure of the application platform of data mining.
从应用软件的体系结构来看，可以在企业遗留应用的表示层、数据层和功能层实现集成。
On the view of software architecture, EAI can be executed in presentation layer, data layer and function layers.
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