Constructional engineering progress and cost management system, computer equipment and computer readable storage medium
A construction engineering and management system technology, applied in computing, data processing applications, instruments, etc., can solve problems such as early warning of project progress and cost, manual adjustment of progress, and no forecasting methods, so as to prevent serious overdue projects and improve accuracy. , the effect of improving efficiency
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Embodiment 1
[0051] continue to refer figure 1 , the above-mentioned management system further includes a data processing and storage module 105, configured to process the above-mentioned construction project data and store it in the database.
[0052] The implementation principle of this embodiment is: set the data processing and storage module 105, process the data in various formats (such as Word documents, Excel tables, etc.) related to the project input by the above-mentioned data input module 101, and extract the progress and cost Data, contract data, etc., and processed into the format required for storage, and then stored in the local database or cloud database, so that the data can be archived and retrieved conveniently and quickly. Further, the data processing and storage module 105 is also used to store the intermediate data output by other modules, such as the prediction module 102 and the adjustment module 104, so as to exchange data with other modules, such as for the display...
Embodiment 2
[0054] continue to refer figure 1 , the above-mentioned management system further includes an early warning module 106, configured to set thresholds for construction projects according to the above-mentioned contract data, and the thresholds include progress thresholds and construction cost thresholds.
[0055] The implementation principle of this embodiment is: read the contract data stored in the database from the above-mentioned data processing and storage module 105 through the early warning module 106, which includes the preset general project of the construction project and the progress data of each sub-project, including the start time Data, end time data, and time data of each stage, and then calculate the corresponding cost according to these preset progress data to obtain the corresponding cost data, and then set the corresponding progress threshold and cost threshold to facilitate early warning according to the progress threshold and cost threshold. Then adjust the ...
Embodiment 3
[0057] The above-mentioned early warning module 106 is also used for engineering early warning according to the prediction result and the threshold.
[0058] The implementation principle of this embodiment is: obtain the prediction result from the above-mentioned prediction module 102 through the early-warning module 106, and compare the prediction result with the threshold value of the above-mentioned early-warning module 106, that is, the overall progress and cost of each sub-project and the total project at the current stage are compared with The corresponding threshold value set by the early warning module 106 is numerically compared, and if it is greater than the set threshold value, a corresponding early warning prompt is sent to the above-mentioned display module 103, so that the project management personnel can be notified in time to prevent the project from being seriously overdue.
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