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A method of solving large systems of non-linear algebraic equations of special structure
V. S. Khachatryan
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3–10 |
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Discrete convergence and finite-dimensional approximation of regularizing algorithms
V. V. Vasin
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11–21 |
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Regularization of non-linear integral equations of the convolution type
T. I. Savyolova
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22–28 |
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Approximate evaluation of wiener continual integrals by the Monte Carlo method
K. K. Sabelfeld
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29–43 |
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Convergence of methods of numerical approximation of the sets of attainability for linear differential systems with convex phase constraints
A. V. Lotov
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44–55 |
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A gradient method for the modified Lagrange function
G. D. Maistrovskii
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56–69 |
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Methods for solving constrained extremum problems in the presence of random noise
B. T. Polyak
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70–78 |
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Computer experiments on solving integer linear programming problems by locally stochastic algorithms
V. A. Pir'yanovich
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79–87 |
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A second-order method for the discrete min-max problem
V. M. Panin
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88–98 |
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Optimization of the non-linear systems of transport theory
S. F. Morozov, V. I. Sumin
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99–111 |
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Standard iterative processes of unsmooth optimization for non-stationary problems of convex programming. II
I. I. Eremin
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112–120 |
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Stable iterative realization of some implicit methods of integration
A. N. Zavorin
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121–128 |
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A strong extremum principle for weakly elliptically connected second-order operators
L. I. Kamynin, B. N. Khimchenko
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129–142 |
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Iterative methods for solving linear and quasilinear projection-difference analogs of fourth-order boundary-value problems
N. A. Strelkov
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143–155 |
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Asymptotic expansions of the modified wave functions of an oblate spheroid
N. S. Grigor'ev
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156–164 |
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A numerical method for solving Vlasov's system of equations, based on a combination of the particles in a cell and the “water bag” methods
N. E. Andreev, V. P. Silin, G. L. Stenchikov
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165–173 |
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A moving-grids difference scheme for solving the equations of a viscous gas
V. M. Kovenya, N. N. Yanenko
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174–188 |
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On cyclic sets
S. M. Shvartin
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189–203 |
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An optimal corrector for a set of recognition algorithms
V. V. Krasnoproshin
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204–215 |
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An approach to the solution of pattern recognition problems
N. R. Pavliashvili
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216–222 |
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Scientific communications
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On the convergence of Seidel's method for solving a system of linear algebraic equations
N. P. Salikhov
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223–228 |
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Asymptotic behaviour of the $s$-dimensional optimal gradient method in Hilbert space
A. F. Zabolotskaya
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228–232 |
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Approximate evaluation of Cauchy type repeated integrals and their principal values
I. N. Meleshko
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232–238 |
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The use of similar trajectories in Monte Carlo computations
I. M. Sobol', Yu. A. Petrov
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238–242 |
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An economic method of computing LP$_\tau$-sequences
I. A. Antonov, V. M. Saleev
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243–245 |
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Some possibilities for the reduction of rounding errors in the integration of ordinary differential equations
A. I. Tkachenko
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245–248 |
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The unique formation of conditions on the interior and exterior boundaries of the domain in the $P_{2N+1}$-approximation of the method of spherical harmonics
V. V. Smelov
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248–252 |
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Calculation of subsonic viscous gas flows in plane channels and wakes
A. P. Byrkin, V. V. Shchennikov
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252–259 |
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A version of the completely conservative scheme for the gasdynamic equations
A. A. Charakhch'yan
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259–263 |
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Scientific information
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Letter to the editor
R. P. Tarasov
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264 |
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Proceedings of the Fifth International Conference on Numerical Methods in Fluid Dynamics. Eds. A. I. van de Vooren, P. J. Zandbergen. Book review
P. I. Chushkin
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264–265 |
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