Section 1. Numerical methods and applications
 Popov A.V., Chizhonkov E.V. |
1-13 |
|
A finite-difference scheme for computing axisymmetric plasma oscillations
|
| Korolev Yu.M., Yagola A.G. |
14-18 |
|
Error estimation in linear inverse problems with prior information
|
| Krivovichev G.V. |
19-27 |
|
Application of the integro-interpolation method to the construction of
single-step lattice Boltzmann schemes
|
| Monakhov O.G. |
28-32 |
|
Optimization of trading strategies by parallel evolutionary computation
on graphics processing units
|
| Elesin A.V., Kadyrova A.Sh. |
33-37 |
|
Application of heterogeneous computing systems for solving the hydraulic
conductivity identification problem
|
| Tsepaev A.V. |
38-43 |
|
Application of heterogeneous computing systems for solving the problem
of fluid flow by domain decomposition methods
|
| Vshivkov V.A., Snytnikov A.V. |
44-48 |
|
Peculiarities of exaflops computing in plasma physics
|
| Wang Y., Zhang Y., Luk'yanenko D.V., Yagola A.G. |
49-66 |
|
A method of restoring the restoring aerosol particle size distribution function
on the set of piecewise-convex functions
|
| Zhukov K.A., Popov A.V. |
67-73 |
|
Finite-difference and projection-difference schemes for the unsteady motion
of a viscous weakly compressible gas
|
| Makarov A.A. |
74-86 |
|
Knot insertion and knot removal matrices for nonpolynomial splines
|
| Medvedik M.Yu. |
87-97 |
|
Application of the subhierarchic method in electrodynamic problems
|
| Malkov E.A., Ivanov M.S. |
98-106 |
|
A scheme for evaluating the Boltzmann collision integral
|
| Volkov K.N. |
107-129 |
|
Load balancing of processors when solving the problems of fluid and
gas mechanics by mesh methods
|
| Kupershtokh A.L. |
130-138 |
|
Three-dimensional simulations of two-phase liquid-vapor systems on GPU
using the lattice Boltzmann method
|
| Maikov A.R. |
139-148 |
|
On approximate open boundary conditions and their performance over long
time intervals
|
| Vasil`ev F.P., Antipin A.S., Artem`eva L.A. |
149-160 |
|
A regularized differential extraproximal method for finding an equilibrium
in two-person saddle-point games
|
| Muravleva L.V., Muravleva E.A. |
161-171 |
|
An iterative method for computing the flows of a viscoplastic Bingham medium
|
| Pavelchak I.A. |
172-176 |
|
A numerical method of parameter reconstruction in the FitzHugh-Nagumo
and Aliev-Panfilov models
|
| Mortikov E.V. |
177-191 |
|
Application of graphic processors for the numerical simulation of
viscous incompressible fluid flows in domains of complex geometry
by the immersed boundary method
|
| Erokhin A.I. |
192-196 |
|
Application of projection methods for studying the waveguide and
resonance structures with singularities
|
| Tamasyan G.Sh. |
197-217 |
|
Methods of steepest and hypodifferential descent in one problem
of calculus of variations
|
| Illarionov E.A., Sokoloff D.D., Tutubalin V.N. |
218-225 |
|
Stationary distribution of product of matrices with random
coefficients
|
| Ivanov B.N. |
226-234 |
|
Solution of the optimal ship route problem in the framework of the
OKEAN geoinformation system
|
| Goncharsky A.V., Romanov S.Yu. |
235-238 |
|
Supercomputer technologies in the development of methods for solving
inverse problems in ultrasound tomography
|
| Makarov S.S., Isaeva A.V., Grachev E.A., Serdobolskaya M.L. |
239-246 |
|
Speedup of computation when solving the nonhomogeneous diffusion equation by a
renormalization method
|
| Morozov V.A. |
247-252 |
|
On restoration of noisy signals by a regularization method
|
| Tkachenko O.A., Tkachenko V.A. |
253-262 |
|
Supercomputer modeling of semiconductor quantum nanosystems
|
| Knyazkov D.Yu. |
263-270 |
|
Efficient numerical methods for the analysis of electromagnetic fields
|
| Zhukovskiy M.E., Uskov R.V. |
271-279 |
|
Mathematical modeling of radiative electron emission using hybrid supercomputers
|
| Melnikova L.A., Rozenberg V.L. |
280-289 |
|
High performance computing in modeling the dynamics and
seismicity of tectonic plate systems
|
| Sukhinov A.I., Chistyakov A.E. |
290-297 |
|
Parallel implementation of a three-dimensional hydrodynamic model of
shallow water basins on supercomputing systems
|
| Averkova O.A., Logachev I.N., Logachev K.I. |
298-306 |
|
Modeling of flow separation at the inlet of a suction channel in regions with cuts
|
| Voevodin Vad.V., Ovchinnikov S.L., Romanov S.Yu. |
307-315 |
|
Development of high-performance scalable software for ultrasound
tomography
|
| Pinyagina O.V. |
316-323 |
|
A combined method of regularization and descent along a primal gap
function for solving nonsmooth monotone equilibrium problems
|
| Kirillov K.A. |
324-331 |
|
Estimates for the norm of the error functional in the spaces Sp
for the weight quadrature formulas exact for Haar polynomials
|
| Krivovichev G.V. |
332-340 |
|
Investigation of the stability of explicit finite difference-based
lattice Boltzmann schemes
|
| Maslennikov E.D., Romanov A.N., Oferkin I.V., Sulimov A.V.,
Sulimov V.B. |
341-346 |
|
Gradientless parallel geometry optimization of Bi
3+
5
cluster and
its luminescent properties
|
| Kondakova O.A., Romanov A.N., Maslennikov E.D., Sulimov V.B. |
347-351 |
|
Quantum chemical estimation of the fluoroacidity as a method to determine
the conditions of subvalent bismuth stabilization in fluoride glasses
|
| Ardelyan N.V., Sablin M.N. |
352-365 |
|
Structural properties of grid operators in node implicit operator-difference
schemes of two-dimensional gas dynamics on triangular grids and increasing the
computational efficiency of object-oriented algorithms
|
| Ivanov V.N. |
366-376 |
|
Basic properties of an inverse iteration algorithm for solving
linear systems with positive definite matrices
|
| Stoyanovskaya O.P., Snytnikov V.N. |
377-383 |
|
Numerical modeling of formation of high density solitary vortices
in a circumstellar disk
|
| Kupershtokh A.L. |
384-390 |
|
Three-dimensional LBE simulations on hybrid GPU-clusters
for the decay of a binary mixture of liquid dielectrics with a
solute gas to a system of gas-vapor channels
|
| Grigoriev F.V. |
391-397 |
|
Calculation of molecular complexation free energy by thermodynamic integration
with harmonic restrictions on atomic coordinates
|
| Drutsa A.V. |
398-408 |
|
On the convergence order of difference schemes for ocean
dynamics equations
|
| Morozov V.A., Lezhnev V.G., Tokarev N.M. |
409-412 |
|
A variational problem for the biharmonic equation
|
| Grigoriev F.V., Romanov A.N., Oferkin I.V., Sulimov A.V., Sulimov V.B. |
413-423 |
|
The MEL program for the atomistic modeling of functional layers in
solar cells
|
| Povarnitsyn M.E., Zakharenkov A.S., Levashov P.R., Khishchenko K.V. |
424-433 |
|
Simulation of multi-material hydrodynamic flows using adaptive mesh
refinement
|
| Grachev D.A., Zhdanov A.G. |
434-439 |
|
Simple models of the weak-nonlinear stage for equations with
random coefficients
|
| Panferov S.V. |
440-442 |
|
A reduced linearization method for solving problems of nonlinear
optimization
|
| Markelova T.V., Snytnikov V.N. |
443-451 |
|
Simulation of planet formation in circumstellar disks
|
| Melnikov N.B., Romanenko Yu.A. |
452-464 |
|
Optimal Gaussian approximation in the Ising model
|
| Ryabov G.G., Serov V.A. |
465-470 |
|
Bijective coding in the constructive world of
R n
c
|
| Feskov S.V. |
471-478 |
|
Sink-algorithms for the simulation of electron transfer kinetics
|
| Novikov E.A. |
479-490 |
|
A third-order numerical method for solving nonautonomous additive
stiff problems
|
| Tikhonravov A.V., Kochikov I.V., Amotchkina T.V.,
Grigoriev F.V., Kondakova O.A., Sulimov V.B. |
491-496 |
|
High performance modeling of modern deposition processes for optical
coating nanotechnology
|
| Babadzanjanz L.K., Bolshakov A.I. |
497-510 |
|
Implementation of the Taylor series method for solving ordinary
differential equations
|
| Drutsa A.V. |
511-516 |
|
A finite difference method for solving nonlinear shallow water equations
on unstructured grids
|
| Isaeva A.V., Serdobolskaya M.L. |
517-524 |
|
Solving the Buckley-Leverett equation with a random coefficient of
porosity
|
| Belonosov M.A., Kostov K., Reshetova G.V., Solov'ev S.A., Cheverda V.A. |
525-535 |
|
Parallel computations for the simulation of seismic waves on the basis
of the additive Schwartz method
|
| Katkova E.V. |
536-550 |
|
Influence of genetic algorithm parameters on the docking efficiency
with the SOL program
|
| Izotov A,V., Belyaev B.A., Valikhanov M.M., Polenga S.V., Stefanyuk A.V. |
551-558 |
|
An algorithm for calculating the equilibrium state of a ferromagnetic by
the Lagrange multiplier method
|
| Ageev M.S. |
559-571 |
|
Improving document ranking based on logs of search engine users
|