This book constitutes the refereed proceedings of the 24th International Conference on Mathematical Modeling and Supercomputer Technologies , MMST 2024, held in Nizhni Novgorod, Russia, during November 18–21 2024.
The 17 full papers and 3 short papers included in this book were carefully reviewed and selected from 39 submissions. They were organized in topical sections as follows: artificial intelligence and supercomputer simulation; computing in optimization and optimal control; computational methods for mathematical models analysis.
.- Artificial intelligence and supercomputer simulation.
.- Tools for Constructing Production Digital Twin Models Based on an Algebraic Approach and a Graphical State Language Extended by Functional and Operational Semantics.
.- The Comparison of Meta-Heuristic and Reinforcement Learning Approach to Implement a Given Qubit Logic
.- Modelling of a Quantum System Dynamics in an Instantaneous Basis.
.- Evaluating Perceived Complexity of Process Models from a Targeted Survey of Healthcare Domain Specialists.
.- Constructing Author Closeness Networks Using SCOPUS Bibliometric Data.
.- Optimizing Deep Learning Inference on RISC-V Platforms within the OpenVINO Toolkit.
.- Computing in optimization and optimal control.
.- Multicriteria Selection of Parameters of Multi-Pulse Strongly Nonlinear Dynamic Systems.
.- Assessing Diversity in Global Optimization Methods.
.- Data Reconciliation and Monitoring in Gasoline Blending Applications.
.- The COPRAS Method with Interval Weights.
.- Optimal Control of Quasi-Stationary Electromagnetic Fields.
.- Computational methods for mathematical models analysis.
.- Comparison of Different Models for Simulation of Ice Destroyed Zones During the Low-Speed Impact.
.- One-dimensional Boundary Value Problems of Nonlinear Diffusion Theory.
.- New simple Lie algebras found by computer and non-alternating Hamiltonian algebras.
.- Justification and Implementation of the Galerkin Method for Solving Non-Classical Mathematical Problems of the Atmospheric Electricity Theory.
.- Mathematical Modeling of the Dynamics of Elastic Elements of Mechanical Engineering Structures Carrying Moving Distributed Loads.
.- Numerical Modeling of Low-Velocity Impacts on Aircraft Composite Rods.
.- Dynamic Model of a Composite Sectional Design of a Tiltrotor with Two Tilting Propellers.
.- Acoustic Levitation Applied to Tissue Engineering.
.- Numerical Investigation of Initial Small Imperfection Influence on Post-buckling Shape of a Cylindrical Shell in Axial Compression.
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