Finally, save the process model.
最后，保存该流程模型。
Activity 4: Find the process model.
活动4：确定过程模型。
保存该流程模型。
Figure 3 shows the DB2 process model.
图3显示了DB 2进程模型。
The process model enforces consistency.
流程模型保证一致性。
So, third point; particular process model.
第三点，特定过程模型。
Figure 1: a sample business process model.
图1：一个商业流程模型的示例。
The process model now looks like Figure 7.
更改后的流程模型如图 7 所示。
Improved business process model validation.
改进了业务流程模型验证。
Figure 6 shows a process model in gateway form.
图6显示了采用网关形式的流程模型。
Your process model will be empty to start with.
流程模型最初是空白的。
Integration of services with the process model.
将服务集成到流程模型中。
Figure 2: The MSF Team Model and Process Model.
图2：msf团队模型和过程模型。
Integration of services within the process model.
流程模型内部服务的集成。
Obviously, this is a rather trivial process model.
显而易见，这是一个非常简单的流程模型。
Here is our simple BPEL process model application.
这就是我们的简单BPEL流程模型应用程序。
Figure 3: First part of the complete process model
图3：整个流程模型的第一部分
The process model has a link to the global process.
流程模型提供了指向全局流程的链接。
Figure 5: Final part of the complete process model.
图5：整个流程模型的最后一部分。
In a process model the data flows through the tasks.
在一个流程模型中，数据在任务之间流动。
Figure 4: Second part of the complete process model.
图4：整个流程模型的第二部分。
Part 3: Add decision conditions to the process model.
第3部分：向该流程模型中添加判决条件。
Part 4: Add a resource definition to the process model.
第4部分：向该流程模型中添加资源定义。
Process model elements appear in the Project Explorer View.
过程模型元素显示在ProjectExplorer视图中。
Usability features for rapid business process model design.
用于快速进行业务流程模型设计的可用性功能。
Create BPEL process model application to invoke the service.
创建BPEL流程模型应用程序来调用服务。
Figure 2 illustrates the new process model on Linux and UNIX.
图2显示了Linux和UNIX上新的进程模型。
In step 2, the process model and KPIs deal with implementation.
在第2步，流程模型和KPI处理实现。
This process model is then used as the source for BPEL generation.
随后，此过程模型被用作BPEL生成的来源。
We suggest two ways to add enforcement points to the process model
我们推荐两种方法来向流程模型中添加实施点
应用推荐