Theme 1: Simulation
Modeling and simulation
Agent-based simulation
Visualization and applications in biomedicine
Bond chart modeling
Chaos modeling, control, and signal transmission
Computer games and simulations
Database and visualization
Device simulation and modeling
Discrete and numerical simulation
Information and scientific visualization
Modeling and simulation methodology
Mathematical and numerical methods for simulation and modeling
Object-oriented simulation
Perception problems in visualization and modeling
Production, logistics and transportation
Prototype design and simulation
Simulation of complex systems
Simulation of intelligent systems
Vision and visualization
Process simulation and modeling
Knowledge-based simulation
Analytical and stochastic modeling techniques and applications
Circuit simulation and modeling
Computational modeling and simulation in science and engineering
Computational and systems biology
Discrete events in production, logistics and transportation
Emerging technologies and applications
Finite and boundary element techniques
Interaction paradigm and human factor
Parallel and distributed computing simulation
Simulation in industry, business and services
Simulation and modeling in molecular biology
High performance computing and simulation
Modeling, simulation and control of technical processes
Real-time modeling and simulation
Simulation, experimental science and engineering
Internet, Networking and Security visualization
Theme two: Astronomy
Celestial mechanics
Astrophysics
Astrobiology
Gravitational waves and high energy astronomy
Galaxies and Cosmology
Stars and interstellar physics
Multi-band and multi-messenger astronomy
Astronomical telescopes and observing techniques
Solar System and planetary science
Black holes and compact objects