Numerical Analysis and Applicable Mathematics (ISSN: 2582-8274)

Description

Numerical Analysis and Applicable Mathematics (NAAM), is an internationally peer-reviewed bimonthly journal, adopting a multi-disciplinary approach to encourage unexpected fortunate discoveries in the area of Mathematics and their applications. NAAM is an open access forum guided by well-experienced editorial board members and serves an increasingly important area in Applied Mathematics as well as Applications of Mathematics in Science, Engineering and Industry. NAAM publishes full-length articles, review (survey) articles and short notes (letters) on all aspects in relevant fields. Full length articles should be completed and relatively self-contained original contributions. Occasionally, survey articles of exceptional merit may also be published. Review articles covering some of the important issues to the area of research with the significant amount of new contribution which are larger than the usual format for regular papers are welcome. Short notes (2-5 pages) presenting specific preliminary data, new ideas/results and techniques in a brief communication are also appropriated.
Numerical Analysis: Stability, Convergence, Complexity, Error Estimation
Scientific Computing for Dynamical Systems and Differential Equations
Computational Geometry: Algorithms and Applications
Approximation Theory and Control Theory
Discrete Mathematics: Cryptography and Graph Theory
Mathematical Modeling including Stochastic Aspects
Asymptotic, Analytical and Semi-analytical Approaches
Applied Probability and Applied Statistics
Data Analysis and Simulation
Operations Research: Optimization and Decision Making
To ensure the rapid publication of results, the Journal has adopted an electronic submission process for the manuscripts. The research manuscripts can be submitted via our secure web site. The submissions are initially assessed by the Technical Team and taken through rigorous peer-review process by our high-profile Editor-in-chief and Board of Editors.
Keywords
Numerical Methods(Algorithm), Approximation Solutions, Computational Mathematics, Scientific Computing, DNA Computing, Theoretical Bounds, Convergence Analysis, Stability Analysis, Stability Regions, Truncation Error Analysis, Error Estimation, Error and Interval Analysis, Numerical Linear Algebra, Iterative Methods, Matrix Decompositions, Preconditioning Methods, Direct Solution Methods, Numerical Methods For Eigen Problems, Parallel and Vectorizable Algorithms, Numerical Solutions to Transcendental Equations, Initial Value Problem, Boundary Value Problem, Initial Value and Time Dependent Problem, Finite Difference Operator, Analytic and Semi-analytic Methods, Perturbation Methods, Mathematical Programming, Optimization and Variational Techniques, Parallel Algorithms(Computing), Differential Equations, Stochastic Differential Equations, Delay Differential Equations, Fractional Differential Equations, Differential-algebraic Equations, Difference Equations, Integral Equations, Volterra and FredholmIntegral Equations, Computational Fluid Dynamics, Thermodynamics, Steady and Unsteady Flow Problems, Boundary Layer Problems, Heat and Mass Transfer, Homotopy Perturbation Techniques, Homotopy Analysis,Fluid Phenomena in Biological Systems, Nonlinear Approximation Methods, Mathematical Modeling, Random Dynamical Systems, Finite and Infinite-Dimensional Dynamical Systems, Numerical Treatment of Dynamical Systems, Artificial Intelligence, Neural Network, Computing Methodologies, Algorithms and Applications, Coding Theory and Techniques, Speech/Image Coding, Pattern Recognition and Learning, Communications and Communication Networks, Optical Communications, Emerging Applications of Information Theory, Signal Theory, Detection and Estimation, Spectral Analysis, Filtering, Signal Processing Systems, Software Developmentsin Mathematical Aspects, Signal Processing, Data Processing, Remote Sensing, Image Processing, Geometric Modeling, Geometric Graph, Geometric Networks, I/O Efficient Graph Algorithms, Graph Drawing, Graph Coloring, Polynomial Approximation, Mesh Generation, Shortest Path, Geometric Pattern, Complexity of Geometric Problems, Computer-aided Design, Computer Graphics, Visualization, Voronoi Diagrams, Delaunay Triangulations, Convex-hull Computation, Line-segment Intersection, Polygon Triangulation, Low-dimensional Linear Programming, Cryptography, Game Theory, Fuzzy Sets and Systems, Fuzzy Engineering Problems, Fuzzy Numerical Analysis, Fuzzy Topology and Analysis, Fuzzy Optimization and Expert Systems, Fuzzy Differential Equations, Fuzzy System of Equation and Eigen Values Problems, Fuzzy Neural Networks, Genetic Algorithms, Fuzzy Graph Theory, Fuzzy Probability and Statistics, Fuzzy Stochastic/Time Series Modeling, Theory of Probability Distributions, Queuing Theory, Machine Learning, Data Mining, Bayesian Analysis, Statistical Distributions, Gaussian Process, Sampling and Multivariate Techniques, Quality Management, Reliability Models, Statistical Data Analysis, Survival Analysis, Statistical Modeling, Markov Chains, Markov Partition, Markov Process, Poisson Process, Population Process, Random Walk Monte Carlo, Regression, Time Series Analysis, Wiener Motion and Process, Gambling, Multivariate Statistics, Bayesian Decision Theory, Six Sigma Analysis, Process Capability Analysis, Lifetime Data Analysis, Biostatistics, Statistical Software, Computational Statistics, Mathematical Optimization, Mathematical Programming and Simulation, Linear and Non-Linear Programming Model, Sensitive Analysis, Dynamic and Inventory Models, Queuing Theory, Transportation Problems, Scheduling, Project Management, Decision Making and Support Systems.