Multi-investment integrated construction project dynamic progress controlling method
A technology for progress control and construction projects, applied in office automation, instruments, data processing applications, etc., can solve problems such as advance, increased resource constraints, and increased resource constraints
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[0045] The present invention relates to a dynamic schedule control method for an integrated multi-investment entity construction project. The technical solution is based on the analysis of the influence of the correction factors of the critical chain method (CCPM) and the research on the setting of the buffer zone based on the multi-investment entity integrated large-scale complex project. Correction factor analysis.
[0046] The preconditions for using the root variance method in general project buffer settings are that the resource constraints are dominated by construction site constraints and construction machinery or personnel constraints, the manager’s risk preference can be ignored, there is basically no certainty, the process weights are equal, and the process is purely based on construction. Mainly. However, as a large-scale and complex project, resource constraints seldom consider machinery or personnel, but more emphasis on resource conflicts among multiple projects....
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