Stability Rating of Mine Rock Slope Based on Artificial Intelligence

Abstract

Mine rock slope stability rating is the process of assessing its stability probability, analyzing its failure mode, and then determining its stability rating by location matching principle and scale matching principle, having important theoretical and practical significance in putting forward reasonable restoration suggestions. In recent years, rapidly developing artificial intelligence methods not only have the characteristics of highly nonlinear mapping, self-organization, and self-adaptation but also mostly apply probability optimal strategy and, hence, bypass the problem of solving function derivatives, having higher efficiency and feasibility in solving the problems of global optimal solution and local optimal solution. On the basis of summarizing and analyzing previous research works, this paper expounded the current research status and significance of mine rock slope stability rating, elaborated the development background, current status, and future challenges of artificial intelligence methods, introduced the principles of the limit equilibrium method and finite element method, constructed an artificial intelligence-based mine rock slope stability calculation model, performed slope stability influencing factors’ analysis and optimization model parameter selection, proposed a mine rock slope stability rating algorithm based on artificial intelligence, analyzed the rating algorithm design and rating algorithm implementation, and finally conducted a case analysis and its discussion. The study results show that the artificial intelligence-based mine rock slope stability rating method can make full use of computer advantages to have larger capacity and faster calculation speed and solve to the greatest extent the randomness, timeliness, ambiguity, and other uncertain characteristics of mine rock slope stability by a large number of random sampling for finding the optimal value of the objective function. The study results of this paper provide a reference for further research studies on the stability rating of mine rock slopes based on artificial intelligence.

Research and Implementation of E-commerce Advertising Content Optimization Based on Artificial Intelligence

“…On the one hand, the answers to these questions are closely related to the basic assumptions about the intelligent optimization framework of advertising content for multi-task deep learning proposed in this paper, and the design and implementation of the algorithm should not be studied directly before verifying these assumptions; On the other hand, the exploration and investigation of these problems provide great insights and insights on how to design a more attractive model and a more intuitive SS system for e-commerce platforms. In order to solve the above problems, this paper accesses a certain proportion of real traffic to conduct online A/B testing and user research, and collects real user feedback [14][15][16][17].…”