… In the following sections, we will cover the four aspects of recent advances in stability
analysis and control with AI techniques: methodologies, applications, challenges and future …

… all the factors affecting stability of a slope. Hence, still LEM is the most preferred method by
the professional engineers for stability analysis of slopes. Statistical method was applied by …

… variability of soils in slope stability assessments. This study presents a … techniques in the
area of slope stability, including adaptive neuro-fuzzy inference system, artificial neural network, …

… up numerical simulations of benchmark test cases with parallel processing or by other
means, and (8) introducing hybrid AC/DC power grid test cases for transient stability analysis. …

… analysis based on the artificial intelligence methods have … essence of some artificial intelligence
methods is similar to … on the slope stability analysis by the artificial intelligence methods. …

… , slope stability analyses are required and better tools for slope assessment are of practical
need in the field of civil engineering. The analysis … Thus, the intelligent method can be easily …

… Therefore, to ensure the safety in slope stability analysis, this study selected FS ≥ 1.2 for
stable slope and FS < 1.2 for failure. An FS simulation process based on the input parameters …

… This section shows how ML algorithms and the FA were used in HW stability analysis. First,
a … The particular importance of stope design method on HW stability found in this paper …

… In this research the effective Morgenstern and Price (M–P) method of slices along with …
stability analysis. Morgenstern and Price [23] developed a comprehensive and rigorous method …

… on the Lyapunov technique. We compare the artificial neural network learning with the
modified Levenberg–Marquardt, Levenberg– Marquardt, Newton, and stable gradient algorithms …