ICSMO 2026: International Conference on Systems Modeling and Optimization

ICSMO 2026: International Conference on Systems Modeling and Optimization encompasses the development and application of diverse mathematical, computational, and stochastic techniques to simulate and optimize complex systems across fields such as engineering, biomedicine, and logistics.

Key Topics

• Analytical and Stochastic Modelling Techniques and Applications
• Agent Based Simulation
• Application of Modelling and Simulation
• Application of Simulation Software
• Biomedical visualization and applications
• Application technology
• CAD/CAE/CAM/CIMS/VP/VM/VR
• Bond Graph Modelling
• Circuit simulation & modeling
• Chaos Modelling, Control and Signal Transmission
• Computational Modelling and Simulation in Science and Engineering
• Computational and Systems Biology
• Computing and Simulation applications in science and engineering, society, economics, management, energy, environment, life and biomedical engineering, etc.
• Computer Games and Simulation
• Computing and Simulation applications in military field
• Computing and Simulation applications in education
• Device simulation & modeling
• Databases and visualization
• Discrete Event Modelling and Simulation in Production, Logistics and Transport
• Discrete and numerical simulation
• Emerging technologies and applications
• Embedded computing and simulation technology
• High Performance Computing & Simulation
• Finite and boundary element techniques
• Intelligent computing and simulation technology
• Information and scientific visualization
• Internet, web and security visualization
• Interaction paradigms and human factors
• M&S (M&S) technology on synthesized environment and virtual reality environment
• Knowledge-based simulation
• M&S technology of complex system and open, complex, huge system
• M&S technology of continuous system/discrete system / hybrid system, /Intelligent system
• Methodology and technology
• Mathematical Modelling and Application
• Modelling, Simulation and Control of Technologcial Processes
• Modelling and Simulation Methodologies
• Networked Modeling and Simulation technology
• Mathematical and Numerical methods in simulation & modeling
• Parallel and distributed computing simulation
• Object-oriented simulation
• Perceptual issues in visualization and modeling
• Parallel and Distributed Software
• Process simulation and modeling
• Pervasive computing and simulation technology
• Prototyping and simulation
• Production, Logistics and Transport
• Real-time modeling and simulation