It can be argued that the decision should be placed after Global task 3 and that this task should only occur once in the process model.
有观点认为应将decision置于GlobalTask 3任务之后，而且这个任务只能在流程模型中出现一次。
Two control flow connections leave Task 1 and end in Task 3.
有两个控制流离开Task1，并在Task 3中终结。
The end node to which Task 3 previously connected is no longer needed.
现在已经不再需要Task 3先前连接的结束节点了。
For a single parallel execution of Task 2 and Task 3, we obtain two executions of Task 4.
对于Task2和Task 3的单次并行执行，我们将执行Task4两次。
Task 3: Create XHTML and CSS artifacts to provide a single page-based Ajax Web user interface.
任务3：创建XHTML和CSS工件来提供单页面ajaxWeb用户界面。
Task 3: Read after the tape and imitate.
任务3：跟读录音，模仿语音语调。
Task 3: Call current customer about referral.
任务三：和当前客户通电话讨论推荐人问题。
Thus, we explicitly added the situation to the model when Task 3 and Task 4 execute in parallel.
因此，我们在模型中显式添加了Task 3和Task4并行执行的情况。
Task 3: Create the J2C bean method responsible for invoking the PhoneBook operation on the backend system.
任务3：创建用于调用运行在后端系统上的PhoneBook操作的J2Cbean方法。
If both branches are triggered, the inclusive decision leads to a parallel execution of Task 2 and Task 3 in the same way as a fork.
如果全部触发这两个分支，则包含性决策将导致Task2和Task 3并行执行，其效果与fork类似。
However, the process will not release its data in the simulation because the parallel branches involving Task 2 and Task 3 do not end with a stop node.
不过，在进行模拟时，该流程将不会释放它的数据，因为涉及Task2和Task 3的分支不是以停止节点结束的。
Task 3: Prepare a three page position paper to the university President that describes the strengths, weakness, and flexibility of your model in Task 2.
任务3：为大学校长准备一个3页左右的描述你在任务2中所建模型的优点、弱点和灵活性的立场声明。
For the first two choices, a single sequential execution path results, while the choice of Task 3 and Task 4 results in both branches executing in parallel.
对于前两个选择，将只导致一条后续执行路径，而同时选择Task 3和Task4将导致并行执行这两个分支。
Create a connection from Task: 3 to the bottom input.
创建从Task：3到底部输入的连接。
Create a connection from Task: 3 to the bottom input.
创建从Task：3到底部输入的连接。
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