Section 1. Numerical methods and applications
 Ryabov G.G. |
1-8 |
|
Markov processes in the dynamics of primitive triangulations in
spaces R3 and R4
|
| Boyarchenkov A.S., Potashnikov S.I. |
9-23 |
|
Molecular dynamics using graphics processors and CUDA technology
|
| Mozhaev A.V., Prokaznikov A.V. |
24-27 |
|
Potential computation in cluster growth models
|
| Prokopeva L.Yu., Fedoruk M.P., Lebedev A.S. |
28-33 |
|
A parallel algorithm of the finite-volume method for solving
3D Maxwell equations in nanocomposite media
|
| Bogolyubov A.N., Panin A.A. |
34-48 |
|
An error estimate for approximate solutions to elliptic equations
with non-coercive bilinear form
|
| Zhileikin Ya.M. |
49-55 |
|
A generalization of Calderon's theorem. Discretization of
continuous wavelet transforms
|
| Belov G.V. |
56-61 |
|
Application of linear programming techniques to equilibrium composition
calculations for heterogeneous systems with mixtures
|
| Safronov A.V. |
62-74 |
|
Kinetic schemes for the gas dynamics equations
|
| Mazurov P.A., Elesin A.V., Kadyrova A.Sh. |
75-82 |
|
A quasi-Newton two-step method for the residual function minimization
|
| Bogolyubov A.N., Malykh M.D., Panin A.A. |
83-93 |
|
Two-sided estimates for the eigenvalues of the Laplace operator
with Dirichlet boundary conditions and their application to
problems in the mathematical theory of waveguides
|
| Sukhov V.B. |
94-100 |
|
On prior estimates for ocean dynamics equations and
substantiation of splitting schemes
|
| Sultanov V.G., Grigoriev D.A., Kim V.V., Lomonosov I.V.,
Matveichev A.V., Ostrik A.V., Shutov A.V. |
101-109 |
|
FPIC3D - a parallel code for modeling the high-energy processes
in condensed matter
|
| Nikolaeva O.V., Bass L.P., Kuznetsov V.S. |
110-115 |
|
Parallel algorithms of the RADUGA code for solving the transport equation
via multiprocessor systems with shared memory
|
| Vshivkov V.A., Snytnikov A.V. |
116-122 |
|
Development of an efficient parallel Poisson equation solver
for the simulation of protoplanetary disk evolution
|
| Voropinov A.A. |
123-131 |
|
TIM-2D fine-grain paralleling algorithms
|
| Aksenov A.A., Dyadkin A.A., Kharchenko S.A. |
132-140 |
|
A study on efficiency of algorithms for calculating the flows
bounded by moving solids and free surfaces implemented in
FlowVision on distributed memory computers
|
| Il'in V.P. |
141-147 |
|
The problems of high performance technologies for solving
large sparse linear systems
|
| Maikov I.L., Director L.B. |
148-157 |
|
A numerical model of drop dynamics of viscous liquid
|
| Boyarchenkov A.S., Potashnikov S.I. |
158-175 |
|
Parallel molecular dynamics with Ewald summation and integration on GPU
|
| Gol'dman N.L. |
176-183 |
|
On properties of a class of coefficient inverse problems for
parabolic equations with a final observation
|
| Volkov K.N. |
184-201 |
|
Speeding up the solution of coupled heat transfer problems
on unstructured meshes
|
| Feskov S.V. |
202-210 |
|
Brownian simulation of electron transfer dynamics
|
| Zotkevich A.A. |
211-222 |
|
Numerical simulation of laminar flame propagation
|
| Polyakov E.A., Vorontsov-Velyaminov P.N., Lyubartsev A.P. |
223-247 |
|
Stochastic positive P-representation in problems of quantum statistics.
Simulation of one-dimensional Bose-gas with delta-repulsion
|
| Novikov E.A. |
248-257 |
|
Construction of stability domains for explicit Runge-Kutta methods
|
| Rzhanov A.G., Grigas S.E. |
258-262 |
|
Determination of guided modes in multilayer dielectric waveguides
|
| Evdokimova N.A., Lukyanenko D.V., Yagola A.G. |
263-267 |
|
Application of multiprocessor systems to solving the two-dimensional
convolution-type Fredholm integral equations of the first kind
for vector-functions
|
| Evstigneev N.M. |
268-274 |
|
Numerical integration of Poisson's equation using a graphics processing
unit with CUDA-technology
|
| Goncharsky A.V., Ovchinnikov S.L., Romanov S.Yu. |
275-280 |
|
The inverse problem of wave diagnostics of pavement
|
| Iskakov S.N., Mazurenko V.V. |
281-285 |
|
Solving the dynamical mean-field theory equation on multiprocessor systems
|
| Goncharskii A.A. |
286-289 |
|
On some synthesis problems in the flat diffractive optics
for the optical wavelength range
|
| Vashchenkov P.V., Kashkovsky A.V., Ivanov M.S. |
290-299 |
|
Optimization algorithms for DSMC computations on parallel clusters
|
| Kokurin M.Y. |
300-305 |
|
On the reduction of the nonlinear inverse problem for
a plane hyperbolic equation to a linear integral equation
|
| Ilin V.P., Tribis D.Yu. |
306-313 |
|
Geometric informatics of continuous medium models
|
| Petrov D.A. |
314-320 |
|
Orthogonality criteria of well-localized bases
|
| Chadov S.N. |
321-326 |
|
Implementation of a nonsymmetric linear solver on GPU
|
| Chizhonkov E.V. |
327-339 |
|
A multi-level method for solving large-scale matrix games
|
| Ryabov G.G. |
340-347 |
|
On the quaternary coding of cubic structures
|
| Vorozhtsov E.V. |
348-362 |
|
Analytical and numerical study of gas flow in a casing
with a rotating disk
|
| Tarnavsky G.A. |
363-370 |
|
A mathematical simulation of implantation processes of doping
donor and acceptor impurities in a silicon wafer
|
| Averkova O.A., Zoria V.U., Logachev I.N., Logachev K.I. |
371-376 |
|
To a question on modeling of dust particle flows in an aspiration chamber
|
| Kolos I.V., Kolos M.V. |
377-384 |
|
Methods of choosing a regularization parameter in the problem
of linear optimal filtration
|
| Spence I., Scott N.S., Gillan C.J. |
385-388 |
|
Enabling science through emerging HPC technologies:
accelerating numerical quadrature using a GPU
|
| Rybakov Yu.P. |
389-390 |
|
Special stochastic representation of quantum mechanics
and solitons
|
| Adam Gh., Adam S. |
391-397 |
|
Principles of the Bayesian automatic adaptive quadrature
|
| Slavnov D.A. |
398-401 |
|
Teleportation and local reality
|
| Zhanlav T., Chuluunbaatar O. |
402-407 |
|
Convergence of a continuous analog of Newton's method for
solving nonlinear equations
|
| Kryanev A.V., Lukin G.V., Udumyan D.K. |
408-414 |
|
Metric analysis and applications
|
| Kornyak V.V. |
415-421 |
|
Symmetries, gauge invariance and quantization
in discrete models
|