MMSC 2014 - Second International Workshop on Mathematical Modeling and Scientific Computing (MMSC-2014)

All areas related to Scientific Computing and Mathematical Modelling are of interest, including, but not being limited, to the following areas:
Applied Information Systems
Applied Mathematics and Approximation Theory
Applied Partial Differential Equations
Bayesian computing
Coding Theory, Cryptography
Combinatorics and Graph Theory
Computational Chemistry, Biology, and Biophysics
Computational Complexity and Complex Systems
Computational Drug Design
Computational Finance/Computational Fluids/Computational Geosciences
Computational Fluid Dynamics
Computational Modeling in Engineering and Science
Data Exploration and Data Mining
Decision Support Systems
Difference Equations Problems
Distributed Scientific Computing
Evolutionary Computation
Financial Mathematics/Industrial Mathematics and Applications
Finite Difference Methods
Fuzzy Logic and Systems
High Order Difference Approximations
High Performance Bio-Computing
Inverse Problems in Science and Engineering
Mathematical Biology and Medicine
Mathematical Modeling of Human-Machine-Systems/Memory
Mathematical Models for Nanoscience and Nanotechnology
Modeling and Numerical Methods for Renewable Energy
Modelling Biological Systems
Monte Carlo Methods
Multi-Objective Optimization and Natural Resources Management
Multi-scale and Stochastic Methods
Numerical Methods for Scientific Computing and HPC
Orthogonal Expansions, Wavelets and Splines
Parallel computing: Architectures, Algorithms, Tools and Environments
Pattern Recognition, Neural Networks
Scientific Computing Education
Scientific Visualization
Time Series Analysis/Transformation Methods and Applications