Engineering project management based on multiple regression equation and building information modelling technology

Abstract

To realise the optimisation of Building Information Modelling (BIM) technical engineering project management, the paper conducts data investigation and analysis of the technical problem which deals with a specific power grid tunnel construction. This article uses BIM to sample considerable data information for the construction and management of power grid tunnels. According to the geological factors of rock strength in construction, the fuzzy information fusion method is used to carry out the feature fusion and adaptive scheduling of management information. We will extract the characteristics of each surrounding rock category's geological BIM information association rules and use the multiple regression analysis methods to carry out the BIM information fusion and adaptive scheduling of the tunnel construction project management. The study results confirm the conclusion that the predicted scores are in good agreement with the geological scores on site.

Application of Robot Automation Technology Based on Machine Assisted and Artificial Intelligence in Distribution Network Overhead Line Engineering

“…Its riskiness is related to the safety of electricity consumption of residents and society, and the failure of the power line will also pose a threat to the safety of power system operation. Therefore, if there is a security risk in the power line, the fault that occurs should be investigated in the shortest possible time to restore power supply in the shortest possible time [10]. In the context of the smart era, the State Grid Corporation proposed in 2009 to build a smart grid with the strategic goal of striving to raise the level of development of the domestic power system industry to an unprecedented level.…”