## TOPICS

Approximation |

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 |

Constructive models |

Continuous optimization |

Difference equations |

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 |

Modeling: continuous vs. discrete |

Models of computation |

Multidisciplinary design optimization |

Multi-objective control and optimization |

Natural computing |

Nonlinear dynamics and chaos |

Numbers and numeral systems |

Numerical economical models |

Numerical infinities and infinitesimals |

Numerical linear algebra |

Numerical modeling in physics |

Optimal control |

p-Adic analysis and applications |

Parallel and distributed computing |

Perturbation methods for nonlinear system analysis |

Philosophy of mathematics |

Quantum computing |

Singularities |

Theory of algorithms |

Unconventional computing |

Universality and relativity in language and mathematics |

Variational analysis |