...EF(C)-lead 公式： ES= EF(P) + Lag LF = LS (S) – Lag FF= ES(S)-EF- Lag 关键路径（ 关键路径（Critical Path Critical Path ）） 关键路径决定了项目完成的最短时间。 是时间浮动为0（Float=0）的路径。
基于8个网页-相关网页
In the process of scheduling and adjusting, the operator nodes both in critical path and non-critical path can be dealt simultaneously.
该方法在调度和调整过程中，可以同时处理关键通路和非关键通路上的节点。
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。
It's brought forward an EVM evaluation method with critical path to hold the project progress well through comparing with BCWP and BCWS also with BCWP CP and BCWS CP in critical path at the same time.
本文提出了一种带关键路径的挣值法评价方法，在比较分析BCWP与BCWS的同时对关键路径上的BCWP与BCWS作比较，以便更准确地把握项目进度情况。
应用推荐