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A method of solving non-linear equations, using a priori probability estimates of the roots
I. N. Vysotskaya, R. G. Strongin
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3–12 |
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Behaviour in the limit of iterations of the stochastic two-step method
Yu. M. Kaniovskii
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13–20 |
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Estimation of a function from randomized observations
A. I. Koryakin
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21–28 |
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On mesh-class-optimal methods of computing quadratures
A. P. Torokhtii
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29–38 |
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Duality relations for the convex optinal control problem
A. A. Levikov
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39–50 |
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Numerical determination with given accuracy of the optimal response time of a system
E. Dyurkovich
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51–60 |
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A parametric method of linearization in mathematical programming problems
V. M. Panin, B. N. Pshenichnyi
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61–72 |
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Modelling of the space of paths in problems of constructing optimal trajectories
S. V. Smelyakov, Yu. G. Stoyan
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73–82 |
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Approximation of probability constraints in some production planning problems
V. Kiselev
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83–94 |
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An inverse problem for a nonlinear differential equation
N. A. Tikhonov
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95–101 |
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On the uniqueness of the simultaneous determination of thermal conductivity and volume heat capacity
N. V. Muzylev
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102–108 |
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Critical conditions and comparison theorems for difference solutions of nonlinear parabolic equations
V. A. Galaktionov
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109–118 |
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A difference scheme of second-order accuracy on a minimal pattern for hyperbolic equations
O. M. Belotserkovskii, V. G. Grudnitskii, Yu. A. Prokhorchuk
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119–126 |
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Diffraction of internal waves in a stratified fluid by a semi-infinite wall
V. V. Varlamov
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127–134 |
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Variation of the resistance of a tube when a viscous liquid containing solid bodies flows through it. The
Fareus–Lindquist effect
V. A. Lyul'ka
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135–141 |
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A numerical method of solving the radiation transfer equation in one-dimensional problems of radiation gas dynamics
A. P. Golub'
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142–151 |
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The maximum principle for a system of energy and nonstationary radiative transfer equations
Y. S. Andreev, M. Yu. Kozmanov, Y. B. Rachilov
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152–159 |
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Calculation of space transonic flow past oblong bodies
V. V. Vyshinskii
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160–169 |
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The statistical particle-in-cell method for multicomponent gases
S. M. Deshpande
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170–177 |
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Isomorphism of pairs of admissible objects in pattern recognition problems
V. L. Matrosov
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178–183 |
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Construction of a correct taxonomy algorithm in extensions of a class of pattern recognition algorithms
A. F. Mukhamedgaliev
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184–190 |
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Stability of a model of pattern recognition algorithms
S. I. Kashkevich, V. V. Krasnoproshin
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191–197 |
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The algebraic closure of a family of separated algorithms
A. S. Dzyuba
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198–205 |
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Optimal decoding algorithm for certain classes of monotone functions
A. V. Serzhantov
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206–212 |
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Scientific communications
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Duality relations connected with Gaussian elimination
Kh. D. Ikramov
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213–216 |
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An asymptotic relation for the iteratively regularized Newton–Kantorovich method
A. B. Bakushinskii
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216–218 |
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On the rate of convergence of the minimization method along vectors in a given system of directions
V. N. Krutikov
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218–220 |
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An estimate of the errors for the approximate solution of a Fredholm integral equation of the first kind
V. G. Vasil'ev
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220–221 |
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A property of a multiplicative random number generator
I. E. Shparlinski
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222–223 |
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Numerical methods for a class of problems of optimal flow control on graphs
N. S. Vasil'ev
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223–227 |
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A method of solving nonlinear two-point boundary value problems
A. A. Sukhanov
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228–231 |
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A method of computing the natural frequencies and fields of resonators and waveguides
O. V. Serdyuk, A. P. Solodukhin
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232–234 |
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An axisymmetric problem of elasticity theory for a transversely isotropic inhomogeneous half-space
N. E. Manaeva
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234–239 |
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On an application of the constructive method for solving non-stationary selfsimilar problems of boundary layer theory
A. Yu. Dem'yanov, A. V. Panasenko
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239–241 |
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The influence of mathematical viscosity on the difference solution in problems of two-temperature gas dynamics
R. G. Dautov, E. V. Ermolin, A. M. Mokeev
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242–245 |
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Scientific information
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The all-union school for young scientists: “Theoretical and applied problems of computational mathematics and mathematical physics”
A. P. Mikhailov, V. G. Novikov
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246–247 |
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