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Linear time-minimal problems
A. Ya. Dubovitskii, V. A. Rubtcov
|
937–949 |
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The collocation method
M. F. Kaspshitskaya, A. Yu. Luchka
|
950–964 |
|
|
Series in nonorthogonal function systems
M. A. Aleksidze
|
965–987 |
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|
Solving a nonlinear boundary value problem for a second order ordinary differential equation by the method of finite differences
È. È. Tamme
|
988–1000 |
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|
The use of symmetry and other features of neutron paths for speeding up computations by the Monte Carlo method
I. G. Dyad'kin, V. N. Starikov
|
1001–1012 |
|
|
Determination of the photon distribution function in vacuo for the case of multiple reflections at a boundary
A. V. Luk'yanov
|
1013–1024 |
|
|
A finite-difference method for the solution of one-dimensional non-stationary problems in magneto-hydrodynamics
A. A. Samarskii, P. P. Volosevich, M. I. Volchinskaya, S. P. Kurdyumov
|
1025–1038 |
|
|
A method of calculating two-dimensional plasma flows in coaxial channels
K. V. Brushlinskii
|
1039–1048 |
|
|
Supersonic three-dimensional gas flows with unstable processes
O. N. Katskova, P. I. Chushkin
|
1049–1062 |
|
|
A high-temperature boundary layer in air
È. È. Shnol'
|
1063–1075 |
|
|
Optimal algorithms for addition and multiplication on machines with floating point
I. V. Viten'ko
|
1076–1084 |
|
|
A principle for optimizing calculations by the Monte-Carlo method
G. A. Mikhailov
|
1085–1093 |
|
|
Scientific communications
|
|
|
The accuracy of solving systems of equations by direct methods
V. V. Voevodin
|
1094–1096 |
|
|
Minimization of comutational algorithms in the solution of the elimination problems
N. I. Kokovkin-Ščerbak
|
1096–1101 |
|
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A class of integral representations and some estimates of Bessel functions
N. V. Slonovskii
|
1101–1105 |
|
|
The rate of convergence of the method of mechanical quadratures in an eigenvalue problem
G. M. Vainikko, A. M. Dement'eva
|
1105–1110 |
|
|
The least square and Bubnov–Galerkin methods
A. V. Dzhishkariani
|
1110–1116 |
|
|
Estimate of the rate of convergence of a certain version of the method of intermediate problems
L. T. Poznyak
|
1117–1126 |
|
|
Stable computation of certain functionals of the eigenfunctions of the Sturm–Liouville problem on an infinite interval
E. S. Birger
|
1126–1133 |
|
|
Some rotating-oscillating systems subject to high-frequency perturbations
L. D. Akulenko
|
1133–1139 |
|
|
Solution of a parabolic equation of diffraction theory by the method of finite differences
A. V. Popov
|
1140–1144 |
|
|
Calculation of corrections to geometrical optics. I. The scalar problem
V. I. Ivanov
|
1144–1152 |
|
|
Solutions of the single speed transfer equation for an instantaneous monodirectional point source
V. M. Kochetkov
|
1152–1158 |
|
|
Stability of some numerical schemes of the three-dimensional method of characteristics
Yu. Ya. Mikhailov
|
1158–1160 |
|
|
A realization of the gully method with adaptation of the size of the gully spacing according to the exponential law
L. A. Starosel'skii, G. A. Šelud'ko, B. Ya. Kantor
|
1161–1167 |
|
|
Some problems of increasing the accuracy of the Monte Carlo method and its use in calculating the probability characteristics of non-linear automatic control
Yu. N. Kondyurin
|
1167–1173 |
|
|
The parametric problem of shortest distances
V. V. Rodionov
|
1173–1177 |
|
|
Scientific information
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|
|
Numerical analysis: an introduction: J. Walsh, (Ed.), London–New York, Academic Press, XIV+212 pp., 1966
N. P. Zhidkov
|
1178 |
|
|
Linear and non-linear equations of parabolic type: O. A. Ladyzhenskaya, V. A. Solonnikov and N. N. Ural'tseva. “Nauka”, Moscow, 1967. Lineinye i kvazilineinye uravneniya parabolicheskogo tipa
M. S. Birman, V. G. Maz'ya
|
1178–1180 |
|
|
Quantum mechanics: R. A. Newing and J. Cunningham. Oliver and Boyd, London Edinburgh, Interscience, New York, ix+235 p., 1967
L. D. Faddeev
|
1181 |
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