Optimal Layout Algorithm Design in Large-scale Civil Engineering Projects Based on Intelligent Sensor Networks

This paper aims to design an optimal layout algorithm for large-scale civil engineering projects based on intelligent sensor networks, so as to improve the construction quality and efficiency of the projects. This paper adopts the method of combining theoretical analysis with empirical research to conduct in-depth research. Firstly, the related theories of intelligent sensor network and optimal layout algorithm are deeply studied, and its application prospect in large-scale civil engineering projects is analyzed. Secondly, an optimal layout algorithm of large-scale civil engineering projects based on intelligent sensor network is designed and implemented, and it is verified by experimental simulation. Finally, the research results are summarized comprehensively, and the future research direction and prospect are discussed. The experimental simulation results show that the efficiency and accuracy of the algorithm are at an ideal level. Compared with the random layout algorithm, the optimized layout algorithm proposed in this paper is more efficient, and its accuracy can be about 18% higher. Through the research of this paper, we hope to provide a more optimized and accurate layout algorithm for large-scale civil engineering projects, so as to improve the construction quality and efficiency of the projects.