On behalf of the organizing committee, we are pleased to announce that The International Conference on Computational Mathematics, Physics and It’s Applications ( ICCMPA 2018 ) will be held from March 14 – 15, 2018 in Tokyo, Japan . ICCMPA 2018 provides an ideal academic platform for researchers and professionals to discuss recent developments in both theoretical, applied mathematics, Physics and It’s Applications . This event aims also to stimulate interactions between researchers in the field of computational mathematics, Physics and their applications in science and engineering, to present the development reached in this areas, and to showcase the computational expertise of our invited speakers and participants .
Topics to be covered include (but are not limited to):
Computational Mathematics & Applications
Algorithm Implementation
Algorithms and Complexity
Algorithms and Computation for Complex Networks
Animation of Geometric Algorithms
Applications in Molecular Biology, Bioinformatics, Granular Mechanics, Computational Physics,
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
Computational Physics & Applications
Astrophysics/Plasma Physics
Ab-Initio Calculation in Quantum Chemistry/Atomic Physics
Complex Systems/Chaos/Statistical Physics
Biological Physics/Soft Materials
Quantum Phase Transitions/Condensed Matter Theory/Nano Science
Supercomputing/Software/Visualization
Challenges in Computational Physics
Condensed Matter Physics
Atom, Molecules and Optics
Plasma/ Space Physics
High Energy Physics
Quantum Information and Science
Complex Systems
Statistical Physics
Biological Physics
Nonlinear Physics
Bio-Material
Physics Education
New Methods/new facilities
Petaflop Supercomputers
GPU Supercomputing
Computational Fluid Dynamics (CFD)
MHD Stability
Gyrokinetics and transport
Edge turbulence
Plasma-neutral interactions
Fast particle physics
Advanced geometries
High Energy Density Physics
QED-plasmas
Laboratory-astrophysics
Electron acceleration
Ion acceleration
Low temperature plasmas and electrostatics
Modern, sustainable, software development
Parallelism and scalability, including heterogeneous parallelism
Many-core and GPU programming
Optimisation and vectorisation
Data handling and IO