An intelligent management system for engineering cost evaluation based on big data

Abstract

The invention discloses an intelligent management system for engineering cost evaluation based on big data, which includes a road soil type detection and analysis module, a soil parameter database, a statistical module for the total length of road sections, a statistical module for pouring volume of road sections, a module for evaluating the cost of pouring road sections and a comprehensive Road pouring cost evaluation module, the invention analyzes the soil type of the whole road and the total length of the road section corresponding to the corresponding soil type, and according to the width of the road to be poured and the road pouring thickness corresponding to each soil type, the statistics of each soil The pouring volume of the road section corresponding to the type, and then the pouring cost of the pouring volume of the road section corresponding to each soil type is obtained, and finally the comprehensive road pouring evaluation cost is obtained, which realizes the intelligent and accurate evaluation of the road pouring cost, making up for the existing road pouring cost evaluation The accuracy is not high, which meets the requirements of accurate evaluation of modern road pouring cost.

Description

technical field [0001] The invention belongs to the technical field of engineering cost management, and in particular relates to an intelligent management system for engineering cost evaluation based on big data. Background technique [0002] Project cost evaluation refers to the budget of all expenses spent on a certain project construction. In construction projects, the management of urban construction project cost is a very critical link in construction projects. Accurate and reasonable construction project cost control is important for the project. Projects such as fund raising have important reference significance. [0003] In the same way, for road pouring projects, it is necessary to conduct an accurate evaluation of the cost of the road to be poured before the road is poured, so as to ensure the normal operation of the road pouring payment. The road pouring cost evaluation step is first based on the length and width of the road to be poured The pouring volume and th...

AI Technical Summary

Problems solved by technology

[0003] In the same way, for road pouring projects, it is necessary to conduct an accurate assessment of the cost of the road to be poured before the road is poured, so as to ensure the normal operation of the road pouring payment. The road pouring cost evaluation step is first based on the length and width of the road to be poured The pouring volume and thickness are counted, followed by the various costs required for the unit road pouring volume, and finally the pouring cost of the entire road is obtained. In the traditional road pouring evaluation operation, the pouring thickness of the road to be poured is counted, and the calculated road pouring thickness They are all the same, without considering whether the soil type of the whole road is the same. The soil type of each section of the road is different, and the pouring thickness will be different. Using the same pouring thickness to evaluate the pouring cost will lead to accurate evaluation In view of this problem, the present invention proposes an intelligent management system for engineering cost evaluation based on big data

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