Section 1. Numerical methods and applications
 Pickalov V.V., Kazantsev D.I. |
1-9 |
|
Iterative restoration of Radon-space sinogram disturbances
for the steganography problem
|
| Elesin A.V., Kadyrova A.Sh. |
10-15 |
|
Using a priori comparative information in hydraulic conductivity
identification problems
|
| Ryabov G.G. |
16-18 |
|
On the path coding of k-faces in an n-cube
|
| Volkov K.N., Emelyanov V.N. |
19-33 |
|
Implementation of the Lagrangian approach to the description of
gas-particle flows on unstructured meshes
|
| Milyutin S.V. |
34-39 |
|
Practical optimization of a three-parametric iteration method for
the numerical calculation of Bingham fluid flows
|
| Aliev A.V. |
40-47 |
|
Application of the smoothed particle hydrodynamics method for
solving gas-dynamic problems
|
| Vshivkov V.A., Terekhov A.V. |
48-57 |
|
On the self-force in the particle-in-cell method
|
| Gorbunov L.M., Frolov A.A. Chizhonkov E.V. |
58-65 |
|
On modeling of nonrelativistic cylindrical oscillations in plasma
|
| Kuchunova E.V., Sadovskii V.M. |
66-76 |
|
Numerical analysis of seismic wave propagation in block media
on multiprocessor computers
|
| Demidova A.N., Zhileikin Ya.M. |
77-83 |
|
A method for solving the problem of nonlinear optical self-focusing
in an infinite half-space
|
| Postnikov E.B. |
84-89 |
|
The representation of a wavelet transform of the Gaussian family
by a superposition of solutions to partial differential equations
|
| Amotchkina T.V. |
90-92 |
|
Computational experiments on the design of antireflection
coatings and an empirical expression for the minimum residual reflectance
|
| Muravleva E.A. |
93-100 |
|
On the kernel of the discrete gradient operator
|
| Grigoriev F.V., Jabin S.N., Romanov A.N., Sulimov V.B. |
101-107 |
|
Computation of contribution from the cavity effect to
protein-ligand binding free energy
|
| Semenov A.A., Zaikin O.S. |
108-118 |
|
Incomplete algorithms in the large-block parallelism of
combinatorial problems
|
| Semenov I.V., Utkin P.S., Markov V.V. |
119-128 |
|
Numerical modeling of two-dimensional flows with detonation
waves using high performance computing
|
| Akimova E.N., Gemaidinov D.V. |
129-140 |
|
Parallel algorithms for solving the inverse gravity problem
and the distant communication between the MVS-1000 and the user
|
Boukhanovsky A.V., Zilbershtein O.I., Ivanov S.V., Kovalchuk S.V.,
Lopatoukhin L.I., Popov S.K., Chumakov M.M. |
141-153 |
|
Extreme metocean event simulation as a problem for high-performance
computing
|
| Skvortsov L.M. |
154-162 |
|
Simple explicit methods for the numerical solution of
stiff ordinary differential equations
|
| Demidova A.N., Zhileikin Ya.M. |
163-169 |
|
On the stability of the Cauchy problem for the Helmholtz equation in
a three-dimensional cylinder
|
| Voznesenskiy M.A., Vorontsov-Velyaminov P.N., Lyubartsev A.P. |
170-183 |
|
Calculations of equilibrium properties of quantum systems using the expanded
ensemble MC technique
|
| Bogachev K.Yu., Gorelov I.G. |
184-190 |
|
Application of a parallel CPR-preconditioner to the filtration
problem for a viscous compressible fluid in a porous medium
|
| Bogachev K.Yu., Melnichenko N.S. |
191-199 |
|
Spatial approximation by the subgrid method in the filtration
problem for a viscous compressible fluid in a porous medium
|
| Kalinina A.B. |
200-206 |
|
A method of stabilization by means of right-hand sides
|
| Yagola A.G., Koshev N.A. |
207-212 |
|
Restoration of smeared and defocused color images
|
| Romanov A.N., Kondakova O.A., Grigoriev F.V., Sulimov A.V.,
Luschekina S.V., Martynov Ya.B., Sulimov V.B. |
213-233 |
|
The SOL docking package for computer-aided drug design
|
| Grachev D.A. |
234-238 |
|
A relation between numerical and analytical results for
stochastic differential equations
|
| Bujakas V.I. |
239-255 |
|
A new technology of aperture shadowing calculation for a large space radio
telescope mirror
|
| Volkov K.N. |
256-273 |
|
Discretization of Navier-Stokes equations on
moving unstructured meshes
|
| Ivanov S.A., Sestroretskii B.V., Bogolyubov A.N. |
274-304 |
|
Method of impedance analog of electromagnetic space for solving
initial boundary value problems of electrodynamics
|
| Vitkovskiy V.E., Fedoruk M.P. |
305-310 |
|
Numerical performance of a sweep parallel algorithm on
distributed memory multiprocessors
|
| Markovich D.M., Tokarev M.P. |
311-326 |
|
Three-component velocity field reconstruction algorithms
in Stereo PIV
|
| Goncharsky A.V. |
327-331 |
|
An approach to solving inverse problems of computational
diagnostics on supercomputers
|
| Kolos I.V., Kolos M.V. |
332-337 |
|
An approximate analytical solution of a filtration problem
|
| Ovchinnikov S.L., Romanov S.Yu. |
338-345 |
|
Organization of parallel computations when solving
the inverse problem of wave diagnostics
|
| Korobeynikov S.N., Oleinikov A.I., Gorev B.V.,
Bormotin K.S. |
346-365 |
|
Mathematical simulation of creep processes in metal patterns made of
materials with different extension compression properties
|
| Pereslavtseva O.N. |
366-370 |
|
On the computation of characteristic polynomial coefficients
|
| Tarnavsky G.A., Aliev A.V. |
371-394 |
|
Specific features of high-speed flight aerodynamics:
computer simulation of hypersonic flow around the head of an object
|
| Berezin S.B., Komarova E.S., Paskonov V.M. |
395-400 |
|
Supercomputer simulation of nonstationary three-dimensional turbulent
flows of viscous incompressible fluid in rectangular channels on
the basis of the Navier-Stokes model
|
| Khomyakov A.N. |
401-404 |
|
A boundary element method of higher precision in the problems of
hydrodynamics of ideal incompressible fluid
|
| Goncharsky A.A. |
405-408 |
|
On the problem of synthesis of nano-optical elements
|
| Skvortsov L.M. |
409-418 |
|
Explicit multistep methods for the numerical solution of stiff ordinary
differential equations
|