Section 1. Numerical methods and applications
 Krivovichev G.V. |
1-8 |
|
Stability of finite-difference-based lattice Boltzmann schemes
|
| Vasilyev I.L., Ushakov A.V. |
9-16 |
|
A parallel implementation of the subgradient algorithm for maximizing
the Lagrangian dual function in the p-median problem
|
| Bilsky A.V., Lozhkin V.A., Markovich D.M., Tokarev M.P. |
17-25 |
|
A maximum entropy reconstruction technique for tomographic particle image
velocimetry
|
| Gavrilov S.V. |
26-30 |
|
An iterative method for solving a 3D electrical impedance tomography problem
in the case of piecewise constant conductivity and several measurements on
the boundary
|
| Rybakin B.P., Egorova E.V., Stamov L.I. |
31-37 |
|
Application of GPU to solving the problems of gas dynamics with consideration
of chemical kinetics equations
|
| Illarionov E.A. |
38-43 |
|
Stationary distribution for the Jacobi equation with a large random
curvature parameter
|
| Vedernikova E.Yu., Kornev A.A. |
44-49 |
|
The structure of a stable manifold for fully implicit schemes
|
| Zakirov T.R., Nikiforov A.I. |
50-57 |
|
Acid effect on multilayer oil reservoirs
|
| Kokurin M.M. |
58-76 |
|
Improvement of the rate of convergence estimates for some classes of
difference schemes for solving an ill-posed Cauchy problem
|
| Morozov V.A., Lezhnev V.G., Tokarev N.M. |
77-81 |
|
The source control in the problem of heat conduction
|
| Volkov K.N., Emelyanov V.N., Karpenko A.G., Kurova I.V., Serov A.E., Smirnov P.G. |
82-90 |
|
Numerical solution of fluid mechanics problems on general-purpose
graphics processor units
|
| Mashechkin I.V., Petrovskiy M.I., Tsarev D.V. |
91-102 |
|
Methods of text fragment relevance estimation based on the topic model
analysis in the text summarization problem
|
| Sukhinov A.I., Nikitina A.V., Chistyakov A.E., Semenov I.S. |
103-112 |
|
Mathematical modeling of the formation of suffocation conditions in
shallow basins using multiprocessor computing systems
|
| Angelov T.A. |
113-122 |
|
On evaluation of codifferentials
|
| Okladnikov I.G., Titov A.G., Shul'gina T.M., Gordov E.P., Bogomolov V.Yu.,
Martynova Yu.V., Syshchenko S.P., Skvortsov A.V. |
123-131 |
|
A software complex for the analysis and visualization of monitoring and
forecast of data on climate changes
|
| Kirillov K.A. |
132-140 |
|
On cubature formulas exact for Haar polynomials in the case of
two-variable functions satisfying the general Lipschitz condition
|
| Bormotin K.S. |
141-148 |
|
An iterative method for the solution of inverse shaping problems under
creep conditions
|
| Berendeev E.A., Ivanov A.V., Lazareva G.G., Snytnikov A.V. |
149-154 |
|
Supercomputer simulation of plasma electron dynamics in a magnetic
trap with inverse magnetic mirrors and multipole magnetic walls
|
| Vishnevsky D.M., Lisitsa V.N., Reshetova G.V. |
155-165 |
|
Numerical simulation of seismic wave propagation in media with
viscoelastic intrusions
|
| Voronina T.A. |
166-174 |
|
Application of r-solutions to reconstructing the initial tsunami waveform
|
| Krivovichev G.V. |
175-182 |
|
Stability analysis of the lattice Boltzmann schemes for solving the
diffusion equation
|
| Volkov K.N., Emelyanov V.N., Karpenko A.G., Smirnov P.G., Teterina I.V. |
183-194 |
|
Implementation of a finite volume method and calculation of flows
of a viscous compressible gas on graphics processor units
|
| Zhuravlev A.S., Zhuravlev E.S., Shabarov A.B. |
195-202 |
|
Application of the three-dimensional RapoportтАУLeas equation to problems
of hydrocarbon secondary migration
|
| Arushanyan O.B., Volchenskova N.I., Zaletkin S.F. |
203-214 |
|
A method of solving the Cauchy problem for ordinary differential equations
using Chebyshev series
|
| Leonov A.S. |
215-228 |
|
Pointwise extra-optimal regularizing algorithms
|
| Chernyshenko A.Yu. |
229-245 |
|
Generation of octree meshes with cut cells in multiple material domains
|
| Averkova O.A., Logachev I.N., Logachev K.I., Puzanok A.I., Khodakov I.V. |
246-253 |
|
Modeling of separated flow in the inlet of a circular suction channel
|
| Novikov E.A. |
254-261 |
|
An integration algorithm using the methods of Rosenbrock and Ceschino
|
| Tikhonova M.V., Ryabov V.V., Spivak S.I., Gybaidullin I.M. |
262-268 |
|
Parallel constrained global optimization for mathematical modeling of
chemical reaction kinetics
|
| Kopysov S.P., Kuzmin I.M., Tonkov L.E. |
269-278 |
|
Methods of mesh deformation for FSI problems
|
| Zheltkov D.A., Oferkin I.V., Katkova E.V., Sulimov A.V., Sulimov V.B., Tyrtyshnikov E.E. |
279-291 |
|
TTDock: a docking method based on tensor train decompositions
|
| Zheltkov D.A., Tyrtyshnikov E.E. |
292-294 |
|
Virtual dimensions in the docking method based on tensor train
decompositions
|
| Milyutin S.V., Frolov A.A., Chizhonkov E.V. . |
295-305 |
|
Spatial modeling of breaking effects in nonlinear plasma oscillations
|
| Shapeev V.P., VorozhtsovE.V., Isaev V.I., Idimeshev S.V. |
306-322 |
|
The method of collocations and least residuals for three-dimensional Navier-Stokes equations
|
| Grigoriev F.V., Kochikov I.V., Kondakova O.A., Sulimov V.B., Tikhonravov A.V. |
323-327 |
|
An algorithm of high performance modeling of optical nanocoating deposition processes
|
| Mikhailenko K.I., Valeeva Yu.R. |
328-333 |
|
Highly dispersed medium sedimentation from air under pressure forces
|
| Volkov K.N., Derugin Yu.N., Emelyanov V.N., Karpenko A.G., Kozelkov A.S., Smirnov P.G., Teterina I.V. |
334-342 |
|
Implementation of parallel calculations on graphics processor units in the
LOGOS computational fluid dynamics package
|
| Goncharsky A.A., Durlevich S.R. |
343-347 |
|
A problem of synthesis of nano-optical elements for the formation of
dynamic images
|
| Snytnikova T.V., Dudnikova G.I., Vshivkov V.A. |
348-356 |
|
A modification of the PIC method with adaptive mass: the interaction of
a laser pulse and a plasma
|
| Bogachev K.Yu., Bogaty A.S., Lapin A.P. |
357-361 |
|
Use of graphics cards and coprocessors for solving filtration problems
|
| Elesun A.V., Kadyrova A.Sh. |
362-369 |
|
Modified two-step Levenberg-Marquardt methods in the hydraulic
conductivity identification problem
|
| Bikulov D.A., Senin D.S. |
370-374 |
|
Implementation of the lattice Boltzmann method without stored distribution
functions on GPU
|
| Bogachev K.Yu., Zhabitskiy Ya.V., Klimovsky A.A., Mirgasimov A.R., Semenko A.E. |
375-382 |
|
євA three-level MPI+NUMA+Threads method for constructing parallel programs to
solve hydrodynamic problems for cluster systems with multiprocessor NUMA nodes
|
| Stanichenko M.Yu. |
383-389 |
|
A finite-difference scheme for the system of atmosphere dynamics-type equations
|
| Prudkovskiy A.G. |
390-397 |
|
The dynamic map of a chromatographic system as a tool to study time-dependent
processes in the high-performance liquid chromatography
|
| Stoyanovskaya O.P., Snytnikov V.N. |
398-405 |
|
Numerical modeling of meter-size solid dynamics in high density solitary
areas of a massive circumstellar disc
|
| Aparinov A.A., Setukha A.V. |
406-418 |
|
Parallelization in the vortex method for solving aerodynamic
problems
|
| Butusov O.B., Zhileikin Ya.M., Kukarkin A.B., Nikifiorova O.P. |
419-423 |
|
Mathematical simulation of gravitational liquid film flow
on a vertical surface with fins
|
| Ignat'ev V.K., Nikitin A.V., Yushanov S.V. |
424-431 |
|
Measuring the phase shifts of quasi-harmonic signals
|
| Sakovich R.A., Romanov A.N., Gularyan S.K., Polyak B.M., Schmakov P.A.,
Gostev F.E., Shelaev I.V. |
432-437 |
|
The coherent control of relaxation processes in excited states of
4-dimethylaminochalkone fluorescent probe. Results of quantum
chemical simulation.
|
| Abramova O.A., Itkulova Yu.A., Gumerov N.A., Akhatov I.Sh. |
438-450 |
|
Three-dimensional simulation of the dynamics of deformable droplets of an
emulsion using the boundary element method and the fast multipole
method on heterogeneous computing systems
|
| Gubaidullin D.A., Osipov P.P. |
451-460 |
|
Computation of two-dimensional flows using multilevel meshes
|
| Arushanyan I.O. |
461-467 |
|
A family of quadrature formulas for solving boundary integral equations
|
| Zhang Ye, Lukyanenko D.V., Yagola A.G. |
468-482 |
|
Using Lagrange principle for solving linear ill-posed problems with
a priori information
|
| Marin D.F., Malyshev V.L., Moiseeva E.F., Gumerov N.A.,
Akhatov I.Sh., Mikhailenko K.I. |
483-495 |
|
Acceleration of molecular dynamics simulations using the fast multipole
method and graphics processing units
|
| Ryabov G.G., Serov V.A. |
496-502 |
|
Diagonal constructions in an N-cube
|
| Shpynev B.G., Voronov A.L. |
503-515 |
|
Minimization of the residual functional in problems of stream
experimental data processing
|
| Popov A.V., Zhukov K.A. |
516-523 |
|
An implicit finite-difference scheme for the unsteady motion of a
viscous barotropic gas
|
| Krivovichev G.V. |
524-532 |
|
A lattice Boltzmann scheme for computing on unstructured meshes
|
| Agayan G.M., Voevodin Vad.V., Rovanov S.Yu. |
533-542 |
|
Applicability of stratified models for solving problems of three-dimensional
ultrasonic tomography
|
| Kulakov I.Yu., Vologin D.A., Pickalov V.V. |
543-548 |
|
A multigrid algorithm for the fan-beam ROI-tomography of contrast
objects
|