February 17 - 18, 2020

- Advanced Numerical Algorithms
- Analytic methods
- Approximation theory
- Bayesian computing
- Biological and medical applications
- Biometry and Statistics
- Computation in Complex Networks
- Computational Biology and Medicine
- Computational Chemistry
- Computational Economics and Finance
- Computational electrodynamics
- Computational electromagnetics
- Computational Engineering
- Computational Finance
- Computational fluid dynamics
- Computational Geosciences and Meteorology
- Computational Grids
- Computational Mathematics
- Computational Mechanics
- Computational models
- Computational Physics
- Computational Statistics
- Control theory and applications
- Coupled problems
- Data exploration and data mining
- Dynamical systems
- Engineering Mathematics
- Factorization methods
- Finite difference methods
- Finite element methods
- Generalized eigen-problems
- High order difference approximations
- High Performance Computing
- Hybrid Computational Methods
- Industrial Mathematics
- Integral equations
- Inversion problems in Geophysics
- Iterative methods
- Mathematical Chemistry
- Mathematical methods in continuum mechanics
- Mathematical modeling
- Mathematical models for the information society
- Mathematical models in Economy and Insurance
- Mathematical models in Medicine
- Mathematics and circuit simulation
- Mathematics of Finance
- Methods for integration on a uniform and non-uniform mesh
- Modeling and computation of soft matter materials and complex fluids
- Molecular dynamics
- Monte Carlo methods and applications
- Nonlinear systems and eigenvalue solvers
- Nonsymmetric solvers
- Numerical analysis
- Numerical and Computational Mathematics
- Numerical linear algebra
- Numerical Mathematics in general
- Numerical methods and simulation
- Operations Research and Information Engineering
- Optimization and optimal control
- Ordinary and partial differential equations, integral equations, singular perturbation problems
- Ordinary differential equations
- Overlapping and nonoverlapping domain decomposition methods
- Partial differential equations
- Scientific computing and supercomputing benchmark design
- Scientific visualization
- Simulation
- Social Statistics
- Software architectures for scientific computing
- Space Geodesy and Space Dynamics
- Splines and wavelets and applications
- Stochastic differential equations
- Supercomputing and scientific computing
- Theoretical Chemistry
- Theoretical Physics
- Applications of scientific computing in engineering and applied sciences.