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Numerical methods and programming
Tome 14 (2013)
no. 3
Précédent
Suivant
Volume 14 (2013) no. 3
Sommaire
Methods of mesh deformation for FSI problems
S. P. Kopysov
;
I. M. Kuz'min
;
L. E. Tonkov
p. 269-278
TTDock: a docking method based on tensor train decompositions
D. A. Zheltkov
;
I. V. Oferkin
;
E. V. Katkova
;
A. V. Sulimov
;
V. B. Sulimov
;
E. E. Tyrtyshnikov
p. 279-291
Virtual dimensions in the docking method based on tensor train decompositions
D. A. Zheltkov
;
E. E. Tyrtyshnikov
p. 292-294
Spatial modeling of breaking effects in nonlinear plasma oscillations
S. V. Milyutin
;
A. A. Frolov
;
E. V. Chizhonkov
p. 295-305
The method of collocations and least residuals for three-dimensional Navier-Stokes equations
V. P. Shapeev
;
E. V. Vorozhtsov
;
V. I. Isaev
;
S. V. Idimeshev
p. 306-322
An algorithm of high performance modeling of optical nanocoating deposition processes
G. F. Grigor'ev
;
I. V. Kochikov
;
O. A. Kondakova
;
V. B. Sulimov
;
A. V. Tikhonravov
p. 323-327
Highly dispersed medium sedimentation from air under pressure forces
K. I. Mikhailenko
;
Yu. R. Valeeva
p. 328-333
Implementation of parallel calculations on graphics processor units in the LOGOS computational fluid dynamics package
K. N. Volkov
;
Yu. N. Deryugin
;
V. N. Emelyanov
;
A. G. Karpenko
;
A. S. Kozelkov
;
P. G. Smirnov
;
I. V. Teterina
p. 334-342
A problem of synthesis of nano-optical elements for the formation of dynamic images
A. A. Goncharsky
;
S. R. Durlevich
p. 343-347
A modification of the PIC method with adaptive mass: the interaction of a laser pulse and a plasma
T. V. Snytnikova
;
G. I. Dudnikova
;
V. A. Vshivkov
p. 348-356
Use of graphics cards and coprocessors for solving filtration problems
K. Yu. Bogachev
;
A. S. Bogaty
;
A. P. Lapin
p. 357-361
Modified two-step Levenberg-Marquardt methods in the hydraulic conductivity identification problem
A. V. Elesin
;
A. Sh. Kadyrova
p. 362-369
Implementation of the lattice Boltzmann method without stored distribution functions on GPU
D. A. Bikulov
;
D. S. Senin
p. 370-374
A three-level MPI+NUMA+Threads method for constructing parallel programs to solve hydrodynamic problems for cluster systems with multiprocessor NUMA nodes
K. Yu. Bogachev
;
Ya. V. Zhabitskiy
;
A. A. Klimovsky
;
A. R. Mirgasimov
;
A. E. Semenko
p. 375-382
A finite-difference scheme for the system of atmosphere dynamics-type equations
M. Yu. Stanichenko
p. 383-389
The dynamic map of a chromatographic system as a tool to study time-dependent processes in the high-performance liquid chromatography
A. G. Prudkovskii
p. 390-397
Numerical modeling of meter-size solid dynamics in high density solitary areas of a massive circumstellar disc
O. P. Stoyanovskaya
;
V. N. Snytnikov
p. 398-405
Parallelization in the vortex method for solving aerodynamic problems
A. A. Aparinov
;
A. V. Setukha
p. 406-418
Mathematical simulation of gravitational liquid film flow on a vertical surface with fins
O. B. Butusov
;
Ya. M. Zhileikin
;
A. B. Kukarkin
;
O. P. Nikifiorova
p. 419-423
A system for the automated finding of inefficiencies and errors in parallel programs
D. Yu. Andreev
;
A. S. Antonov
;
Vad. V. Voevodin
;
S. A. Zhumatii
;
D. A. Nikitenko
;
K. S. Stefanov
;
P. A. Shvets
p. 48-53
Workload balancing in GPU implementation of breadth-first search
M. A. Chernoskutov
;
D. G. Ermakov
p. 54-62
A clipping method when rasterizing complex objects
S. A. Karpukhin
p. 63-66
Dynamic load balancing in the PICADOR plasma simulation code
S. Bastrakov
;
I. Meyerov
;
I. A. Surmin
;
A. A. Gonoskov
;
E. S. Efimenko
;
A. S. Malyshev
;
M. A. Shiryaev
p. 67-74
An accelerated topology change algorithm for the contour advection method
A. A. Baranov
;
M. S. Permyakov
p. 75-87
A framework for the ocean-ice-atmosphere-land coupled modeling on massively-parallel architectures
V. V. Kalmykov
;
R. A. Ibrayev
p. 88-95
Models and methods for the profiling and execution time estimation of workflows in supercomputing systems
G. I. Radchenko
;
L. B. Sokolinskii
;
A. V. Shamakina
p. 96-103