Analysis of Intelligent Monitoring and Early Warning in High Side Slope Areas

Abstract

As a large amount of excavation, filling and compaction are required during the construction of railroad projects, and slope cutting is also required in special terrain areas, which destroys the original geological environment balance of the soil, and under the influence of environmental and engineering factors, geological disasters such as landslides and collapses are easily induced. In this paper, a scientific method of slope stability discrimination is firstly proposed on the basis of monitoring and early warning. By combining two methods of engineering displacement monitoring and numerical simulation analysis for monitoring and early warning, it circumvents the problem of using a single method with poor accuracy and improves the efficiency of the early warning system. Compared with the traditional monitoring and early warning, this paper proposes the method of linkage early warning, which summarizes the factors that have a great influence on the stability of slope and obtains the corresponding prediction information in advance, and applies the data to the numerical simulation to obtain the stability change of slope, so that the early warning can be released in advance and the countermeasures can be taken to reduce the loss.