The decomposition created for the custom extension is depicted on Figure 5.
为了自定义的扩展而被创建的分解如图5中所示。
Here you again see the hierarchal decomposition within the operations area, focusing on the same Customer Relationship Management level 1 entity highlighted in Figure 1.
同样可以在其中看到运营领域的层次结构分解，其重点同样是图1中突出显示的客户关系管理第1级实体。
Figure 4 illustrates the first level of decomposition in the Service Specification workflow.
图4演示了服务规范工作流中的第一级分解过程。
FIGURE 3. SOA patterns and their collaborations and functional decomposition.
图3.SOA模式及其协作和功能性分解。
Figure 5 illustrates the first level of decomposition in the Service Realization workflow.
图5演示了服务实现工作流的第一级分解过程。
Figure 1 shows the process decomposition structure proposed in Part 1.
图1显示了第1部分中建议的流程分解结构。
Process models developed to specify functions of an SOA-based solution should follow the decomposition structure in Figure 2.
所开发用于指定基于SOA的解决方案的功能的流程模型应该遵循图 2中所示的分解结构。
This decomposition is accomplished through the identification of the specific functions that need to be defined to support business requirements, as shown in Figure 1.
可以通过识别为支持业务需求而定义的特定功能来实现这种分解，如图1所示。
For SOA projects with a BPM component, you must adhere to the process-decomposition structure shown in Figure 2.
对于具有BPM组件的SOA项目，您必需遵循图2中所示的流程分解结构。
The Default Implementation decomposition describes the behavior of the process by assigning a UML Activity as an owned behavior of the business process, as represented by UML Component (see Figure 8).
如UMLComponet 所表示的（参见图8），DefaultImplementation分解通过将 UML活动分配为业务过程自身拥有的行为来描述过程的行为。
First, a page element Selection Wizard (Figure 14) is presented so that you can pick a particular page element to view its transaction decomposition.
首先，有一个PageElementSelectionWizard(见图14)，以便您可以选取特定的页面单元以查看它的事务分解。
As Figure 9 shows, the default Implementation extension produces decomposition where behavior is described by an Activity element that is cloned from the business analysis model.
如图9所示，默认的Implementation扩展在由业务分析模型克隆来的活动元素描述行为的地方生成分解。
The Skeleton Only implementation transforms behavior into structure, creating a generic decomposition for Services Component Definition Language (see Figure 9).
SkeletonOnly实现将行为转换为结构，为ServicesComponentDefinitionLanguage创建了一般的分解（参见图9）。
The Domain Decomposition activity in Figure 3 collects various tasks that involve using the business-oriented, top-down identification techniques that are described in Table 1.
图3所描述的DomainDecomposition活动收集了使用表1所列的面向业务的从上到下确认技术的各种任务。
The Domain Decomposition activity in Figure 3 collects various tasks that involve using the business-oriented, top-down identification techniques that are described in Table 1.
图3所描述的DomainDecomposition活动收集了使用表1所列的面向业务的从上到下确认技术的各种任务。
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