MATHEMATICS JOURNAL 2010 - INTERNATIONAL JOURNAL OF ADVANCED MATHEMATICS AND APPLIED RESEARCH - IJAMAR

Call for Papers - INTERNATIONAL JOURNAL OF ADVANCED MATHEMATICS AND APPLIED RESEARCH (IJAMAR)

Website: http://www.ijamar.iserp.org

Important Dates:

Manuscript Submission: 15-11-2010
Manuscript Review Feedback: 20-11-2010
Manuscript Registration: 30-11-2010
Manuscript Publication: 10-12-2010

IJAMAR welcomes research articles from scientists, Engineers and Research Scholars involved in Mathematics and all other Mathematical Engineering areas from all over the world to publish high quality and refereed papers. Papers for publication in the IJAMAR are selected through rigorous peer review to ensure originality, timeliness, relevance, and readability. The aim of IJAMAR is to publish peer reviewed research and review articles in rapidly developing field of Mathematics and all other Mathematical Engineering areas. IJAMAR seeks clearly written survey and review articles from experts in the field, to promote insightful understanding of the state-of-the-art and application trends. IJAMAR aims to cover the latest outstanding developments in the field of Mathematics and all other Mathematical Engineering areas but not limited to the following branches,

* Algebra , Number theory and Analysis
* Algebraic Geometry
* Algorithms specializing mathematics
* Algorithms for Scientific Computing
* Applications of Mathematics in Sciences
* Applied Computing and Information Systems
* Applied mathematics
* Applied Mathematics and Statistics
* Applied Modeling and Simulation
* Applied statistics
* Approximation methods
* Automata, formal languages and computability
* Automated mathematical reasoning and interactive theorem proving
* Automated reasoning
* Bioinformatics and biomedical engineering
* Biomathematics and Biostatistics
* Biostatistics and biomedical statistics
* Business Statistics
* Category theory
* Chaos systems
* Chaos theory
* Coding
* Coding theory
* Combinatorial linear algebra
* Combinatorial problems
* Combinatorial programming
* Combinatorics
* Communications, Signals and Coding
* Computational algebra and geometry
* Computational biology
* Computational complexity
* Computational Fluid Dynamics
* Computational geometry
* Computational linear algebra
* Computational Mathematics
* Computational methods for differential and difference equations
* Computational number theory
* Computational number theory, cryptography, and combinatorics
* Computational programming of numerical algorithms
* Computational Statistics
* Computer and network security
* Computer Modeling and Simulation
* Computer-aided problem solving and instruction
* Concurrency and type theory
* Control Theory
* Convergence analysis
* Convex programming
* Cryptography
* Cryptology
* Decision theory
* Difference equations
* Differential equations and applications
* Differential equations with applications to biological models
* Differential Geometry
* Discrete Mathematics and Control
* Dynamical Systems
* Econometrics
* Embedded Systems and Ubiquitous Computing
* Error analysis
* Estimation Theory
* Exact numerical methods and zero bounds
* Financial Mathematics
* Financial Modeling & Analysis
* Finite Element Analysis & Optimization
* Finite Elements
* Finite Mathematics
* Formal languages
* Formalization of mathematics
* Foundation of Mathematics
* Foundations of real computation and complexity issues
* Fractals
* Functional Analysis
* Game theory
* Geometry and graphs
* Graph theory
* Grid Computing
* Identification
* Industrial statistics and design of experiments
* Integral equations
* Inventory control
* Iterative methods
* Lie Algebra
* Lie Groups
* Linear algebra and applications
* Linear programming
* Logic
* Logic in computer science and mathematical sciences
* Markov chains
* Mathematical Aspect of Computer Science
* Mathematical Biology
* Mathematical Finance and Actuarial Science
* Mathematical logic
* Mathematical physics
* Mathematical programming
* Mathematical software design and implementation
* Mathematical Statistics
* Mathematics Education
* Matrix theory
* Methods of algorithmic analysis
* Model theory and applications
* Models of computation
* Network optimization
* Network theory and algorithms
* Networking, Networks and distributed computing
* Non-linear dynamics
* Nonlinear programming
* Nonlinear systems
* Non-linear systems
* Number Theory
* Numerical Analysis
* Numerical Analysis & Scientific Computing
* Numerical linear analysis
* Numerical Methods & Software for Partial Differential Equations
* Numerical methods for ordinary and partial differential equation
* Operations Research
* Operations Research and Optimization
* Operations Research Probability
* Operator Algebra
* Optimization
* Optimization theory
* Ordinary and Partial Differential Equations
* Ordinary Differential Equations
* Parallel and distributed computing systems
* Parallel/distributed/network computing
* Partial Differential Equations
* Perturbation problems
* Probabilities and statistics
* Probability and mathematical statistics
* Probability theory
* Probability, Probabilistic and randomized algorithms
* Pure and Applied mathematics
* Quadratic programming
* Quantitative Methods, and Statistical Modeling
* Quantum Information and Mathematical Modeling
* Queueing theory
* Randomized and approximation algorithms
* Real time systems
* Reliability theory
* Routing theory
* Scheduling
* Scheduling methods
* Scientific computing
* Signal processing
* Simulation
* Stability problems
* Statistics
* Statistics and Operation Research
* Stochastic differential equations
* Stochastic modeling
* Stochastic Process
* Symbolic, algebraic, and geometric computation
* Symbolic/numeric hybrid methods
* Temporal logics
* Tensor analysis
* Theory of computation
* Timed and hybrid Systems
* Transportation problems
* Variation methods
* Virtual Reality and Visualizations

Regards,
Editor in Chief