TOPICS
| Approximation |
| Artificial intelligence |
| Bioinformatics and health informatics |
| Bifurcation and stability of dynamical systems |
| Cellular automata |
| Computability and complexity |
| Computation on infinite structures |
| Computational biology and bioinformatics |
| Computational chemistry |
| Computational fluid dynamics |
| Computational geometry |
| Computational physics |
| Computational statistics |
| Continuous optimization |
| Difference and differential equations |
| Discrete optimization |
| Divergent series, integrals and processes |
| Domain decomposition methods |
| Dynamics and control of nonlinear systems |
| Emerging computational paradigms |
| Evolutionary methods |
| Foundations of mathematics |
| Fractals |
| Fuzzy computation |
| Global optimization |
| Grossone |
| History of numerical computations |
| Interval analysis |
| Machine learning |
| Mathematical logic |
| Mathematical education |
| Modeling: continuous vs. discrete |
| Models of computation |
| Multidisciplinary design optimization |
| Multi-objective control and optimization |
| Natural computing |
| Nonlinear analysis |
| Nonlinear dynamics and chaos |
| Numbers and numeral systems |
| Numerical economical models |
| Numerical infinities and infinitesimals |
| Numerical linear algebra |
| Numerical modeling in physics |
| Numerical simulation |
| Optimal control |
| p-Adic analysis and applications |
| Parallel and distributed computing |
| Perturbation methods for nonlinear system analysis |
| Philosophy of mathematics |
| Quantum computing |
| Singularities |
| Soft computing |
| Theory of algorithms |
| Unconventional computing |
| Universality and relativity in language and mathematics |
| Variational analysis |
