Profiler results help you identify the critical path of your application; that is, the code that is executed most of the time.
分析器结果可以帮助标识应用程序的关键路径；即大部分时间所执行的代码。
This paper put forward a simplified method that can be used on activity on node network and activity on line network to identify the critical path of schedule.
提出了一种简化的确定关键路径方法，该方法可分别运用于单代号和双代号网络图中。
You will review each of the activities on the critical path and identify the potential risks that could put your schedule in jeopardy.
你会检查关键路径上的每一格活动，并识别可能破坏进度的风险。
A weighted critical path algorithm was provided to calculate the expectation value of the workflow's duration, record the process of reduction, and identify the time-oriented critical path.
通过加权关键路径算法，可以计算工作流完成时间的期望值及记录约简过程中的中间结果，从而确定工作流模型的关键路径。
A weighted critical path algorithm was provided to calculate the expectation value of the workflow's duration, record the process of reduction, and identify the time-oriented critical path.
通过加权关键路径算法，可以计算工作流完成时间的期望值及记录约简过程中的中间结果，从而确定工作流模型的关键路径。
应用推荐