Critical path method

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Related to Critical path analysis: Gantt chart, Critical path method

critical path method

[′krid·ə·kəl ′path ‚meth·əd]
(systems engineering)
A systematic procedure for detailed project planning and control. Abbreviated CPM.

Critical path method

(CPM)
A construction scheduling device that diagrams the interrelationships between activities and identifies the critical path that optimizes the sequence of operations to minimize the construction period.

critical path method, CPM

A system of project planning, scheduling, and control which combines all relevant information into a single master plan, permitting the establishment of the optimum sequence and duration of operations; the interrelation of all the efforts required to complete a construction project are shown; an indication is given of the efforts which are critical to timely completion of the project.
References in periodicals archive ?
Fuzzy Linear Programming Model for Critical Path Analysis.
Critical path analysis in the network with fuzzy interval numbers as activity times.
CalTAC's first effort will be to advise "California's Science and Math Teacher Shortage: A Critical Path Analysis," a new project examining the state's mathematics and science workforce.
In addition to SiliconSmart CR, Agere will deploy SiliconSmart MR(tm) for memory characterization; SiliconSmart IO(tm) for I/O circuit characterization and specification compliance testing; and SiliconSmart PATH(tm) for transistor-level critical path analysis within gate-level timing analysis tools.
Policy recommendations developed from today's forum will be included in CCST's Critical Path Analysis of California's Educational System scheduled for completion in May 2001.
This enables designers to perform in situ critical path analysis, including the timing impact of on-chip voltage variations (IR drops) and significant temperature gradients.
Highlights include critical path analysis to allow users to pro-actively adjust workload processing and to meet service level commitments; granular support for handling any non-zero condition code and user or system abends; large application support allowing definition and control of more than 8000 workload objects within any single ESP application; enhanced data set and file triggering capabilities; caching functionality which helps to reduce I/O and increases throughput; and event streaming which ensures that critical and time sensitive work completes successfully by allowing workload to be controlled by class as well as by priority.
In addition, the multi-thread parallel processing capabilities of SmartSpice provide a unique and very attractive alternative for accurate deep sub-micron clock tree and critical path analysis.