Geodesic

Tome 13 (2012) no. 1

Sommaire

A finite-difference scheme for computing axisymmetric plasma oscillations
p. 1-13
Error estimation in linear inverse problems with prior information
p. 14-18
Application of the integro-interpolation method to the construction of single-step lattice Boltzmann schemes
p. 19-27
Optimization of trading strategies by parallel evolutionary computation on graphics processing units
p. 28-32
Application of heterogeneous computing systems for solving the hydraulic conductivity identification problem
p. 33-37
Application of heterogeneous computing systems for solving the problem of fluid flow by domain decomposition methods
p. 38-43
Peculiarities of exaflops computing in plasma physics
p. 44-48
A method of restoring the aerosol particle size distribution function on the set of piecewise-convex functions
p. 49-66
Finite-difference and projection-difference schemes for the unsteady motion of a viscous weakly compressible gas
p. 67-73
Knot insertion and knot removal matrices for nonpolynomial splines
p. 74-86
Application of the subhierarchic method in electrodynamic problems
p. 87-97
A scheme for evaluating the Boltzmann collision integral
p. 98-106
Load balancing of processors when solving the problems of fluid and gas mechanics by mesh methods
p. 107-129
Three-dimensional simulations of two-phase liquid-vapor systems on GPU using the lattice Boltzmann method
p. 130-138
On approximate open boundary conditions and their performance over long time intervals
p. 139-148
A regularized differential extraproximal method for finding an equilibrium in two-person saddle-point games
p. 149-160
An iterative method for computing the flows of a viscoplastic Bingham medium
p. 161-171
A numerical method of parameter reconstruction in the Fitz-Hugh--Nagumo and Aliev--Panfilov models
p. 172-176
Application of graphic processors for the numerical simulation of viscous incompressible fluid flows in domains of complex geometry by the immersed boundary method
p. 177-191
Application of projection methods for studying the waveguide and resonance structures with singularities
p. 192-196
Methods of steepest and hypodifferential descent in one problem of calculus of variations
p. 197-217
Stationary distribution of product of matrices with random coefficients
p. 218-225
Solution of the optimal ship route problem in the framework of the OKEAN geoinformation system
p. 226-234
Supercomputer technologies in the development of methods for solving inverse problems in ultrasound tomography
p. 235-238
Speedup of computation when solving the nonhomogeneous diffusion equation by a renormalization method
p. 239-246
On restoration of noisy signals by a regularization method
p. 247-252
Supercomputer modeling of semiconductor quantum nanosystems
p. 253-262
Efficient numerical methods for the analysis of electromagnetic fields
p. 263-270
Mathematical modeling of radiative electron emission using hybrid supercomputers
p. 271-279
High performance computing in modeling the dynamics and seismicity of tectonic plate systems
p. 280-289
Parallel implementation of a three-dimensional hydrodynamic model of shallow water basins on supercomputing systems
p. 290-297
The making of tools for the development of computational models for the modeling of thermohydraulic processes in nuclear reactors with a liquid-metal heat carrier
p. 1-7
Organization of quantum chemical computations using the Firefly package in a heterogeneous grid environment on the basis of the BOINC platform
p. 8-12
Implementation of the lattice Boltzmann method on GPU clusters
p. 13-19
Application of high performance computing platforms to tomographic particle image velocimetry
p. 20-27
Parallelization technology for solving multiparameter inverse problems of chemical kinetics
p. 28-36
Ab initio molecular dynamics: application perspectives of multi-CPU and hybrid supercomputers
p. 37-45