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Application of a normalized process to the solution of linear algebraic systems
V. N. Kublanovskaya
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1091–1098 |
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Numerical methods for finding saddle points
V. F. Dem'yanov, A. B. Pevnyi
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1099–1127 |
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Problems of discrete control with phase constraints
A. I. Propoi
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1128–1144 |
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Some problems of the optimization of large systems
Yu. N. Astakhov, V. A. Venikov, I. G. Gordievskii, D. D. Karasev, Yu. N. Kiselev, V. I. Sveshnikov, A. A. Fedoseev
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1145–1158 |
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The reduction of certain physical problems to the search for the minimum of maximal deviation
M. Ya. Rozinskii
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1159–1167 |
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The approximate solution of ill-posed problems in normed spaces
L. A. Kalyakin
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1168–1181 |
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A new class of finite-difference methods
T. S. Zverkina
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1182–1196 |
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The computing stability of two-layer and three-layer iteration schemes
E. S. Nikolaev, A. A. Samarskii
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1197–1207 |
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The convergence of additive schemes with equations on graphs
I. V. Fryazinov
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1208–1219 |
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A variational difference method for solving the third boundary value problem for an elliptic equation in a three-dimensional domain with a smooth boundary
M. E. Dmitrenko
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1220–1233 |
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Variational-difference methods for solving the first boundary value problem for the biharmonic equation
L. A. Oganesyan
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1234–1244 |
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Solution of certain problems of neutron transport theory by the method of generalized eigenfunctions
V. P. Gorelov, V. I. Il'in, V. I. Yuferev
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1245–1264 |
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The Green's function of the linearized viscous transonic equation
V. N. Diesperov
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1265–1279 |
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Computation of transonic flow in a three-dimensional nozzle
M. Ya. Ivanov, O. A. Ryl'ko
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1280–1291 |
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Computation of viscous gas flow with high Reynolds number past a blunt body
Yu. P. Golovachev, F. D. Popov
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1292–1303 |
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Scientific communications
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An estimate of the accuracy of the approximation of the derivatives in the case of nonuniform partitioning of the domain of the definition of the function
V. V. Gorskii, V. N. Kuz'min
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1304–1307 |
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A numerical method of Laplace inversion
E. Ya. Voronenok
|
1308–1312 |
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Local minima in the transport problem with a target function that is concave in the sense of Schur
V. A. Emelichev, M. M. Kovalev
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1312–1316 |
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The regularization of a certain class of nonstable extremal problems
M. G. Dmitriev, V. S. Poleshchuk
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1316–1318 |
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The stability of difference schemes when solving ill-posed problems by the method of quasi-inversion
È. È. Tamme
|
1319–1325 |
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Application of the Adams method to the problem of slowing down neutrons in a homogeneous infinite medium
A. P. Platonov
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1325–1331 |
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Diffraction by a certain class of corrugated surfaces
O. B. Popov
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1331–1337 |
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The generalized Green's function of the Helmholtz operator and its connection with the normalization of the solution of an equation
V. N. Semenov
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1337–1342 |
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Numerical solution of the boundary value problem for the Navier–Stokes equation
K. I. Babenko, N. D. Vvedenskaya
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1343–1349 |
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Two remarks on the simulation of random variables
G. A. Mikhailov
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1350–1352 |
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A method of computer generation of correlated Gaussian pseudo-random numbers
L. I. Mirkin, M. A. Rabinovich, L. P. Yaroslavskii
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1353–1357 |
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Scientific information
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S. Fenyö, Т. Frеу. Moderne mathematische Methoden in der Technik. Band 1. Basel und Stuttgart, Birkhäuser Verl., 1967, 409 S. (Book review)
M. K. Kerimov
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1358–1359 |
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S. Fenyö. Moderne mathematische Methoden in der Technik. Band 2. Basel und Stuttgart, Birkshäuser Verl., 1971, 336 S. (Book review)
M. K. Kerimov
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1359 |
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G. Szász. Theorie des treillis. Budapest, Akad. Kiadó, 1971, 227 pp. (Book review)
B. Shain
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1359 |
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Н. Schoch, W. Schatz. Programmierung in FORTRAN. 2. Aufl. Leipzig, B. G. Teubner, 1971, 406 S. (Book review)
I. G. Nidekker
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1359–1360 |
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