Call For Paper
Multidisciplinary Studies
- Algorithm implementation
- Algorithms and complexity
- Algorithms and Computation for Complex Networks
- Animation of geometric algorithms
- Applications in molecular biology, bioinformatics, granular mechanics, computational physics, biometrics
- Applied computational geometry
- Applied Mathematics and Numerical Analysis
- Approximation of functions and quadrature formulas
- Approximation in High Dimensions
- Automated reasoning
- Complex Analysis
- Computational algebra
- Computational Fluid Dynamics
- Computational Geometry and Bioinformatics
- Computational mathematics
- Computational manufacturing
- Computational methodology
- Computational methods in bioinformatics
- Computational Spectral Theory
- Computer graphics and image processing
- Computer-aided geometry design
- Constructive mathematics
- Constructive solid geometry
- Control theory
- Data structures (including Voronoi Diagrams and Delaunay triangulations)
- Design and analysis of geometric algorithms and data structures
- Discrete and combinatorial geometry and topology
- Domain Decompositions
- Effective differential algebra and applications
- Exact computations
- Experimental evaluation of geometric algorithms and heuristics
- Financial Mathematics & Engineering
- Geographic information systems
- Geometric computations in parallel and distributed environments
- Geometric data structures for mesh generation
- Geometric methods in computer graphics
- High Performance Computing for Biological Modeling and Simulations
- Industrial Mathematics
- Interpolation and surface reconstruction
- Least Squares Finite Element Methods
- Lower bounds on the computational complexity of geometric problems
- Mesh generation
- Mixed Finite Element Methods
- Multiscale Modeling in Mathematical Biology
- Novel Finite Difference and Hybrid Methods for Differential Equations and Integral Problems
- Numerical and algebraic issues arising in implementations
- Numerical performance of geometric algorithms
- Numerical Solution of ODEs
- Numerical solution of differential and integral equations
- Operations research
- Parallel numerical algorithms
- Path planning
- Pattern recognition
- Polynomial systems
- Real algebraic geometry
- Singular Perturbations
- Solid modeling
- Space Partitioning
- Spatial and terrain analysis
- Statistic modeling and Monte Carlo methods
- Theoretical computational geometry
- VLSI routing/layout
- Wavelet and Approximations