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The method of quasireversibility N. V. Muzylev
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555–561 |
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Optimal passive algorithms for the computation of the largest value of functions on an interval G. S. Ganshin
|
562–571 |
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A method for the computation of multiple integrals with an automatic choice of step S. M. Ermakov, A. I. Pavlov, B. B. Pokhodzei
|
572–578 |
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Second order finite-difference equations with constant coefficients in the field of rational functions S. A. Abramov
|
579–584 |
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Importance sampling and the simple Monte Carlo method in the calculation of the sum of a Neumann series A. I. Khisamutdinov
|
585–590 |
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On optimization of algorithms for function minimization G. Sonnevend
|
591–609 |
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Optimal continuous analogues of multistage optimal control processes V. B. Bistrickas
|
610–621 |
|
The method of Ljapunov functions in the study of continuous algorithms of mathematical programming V. I. Venets, M. V. Rybashov
|
622–633 |
|
Parametrization in degenerate quadratic programming problems A. B. Yadykin
|
634–648 |
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An iterative method for the calculation of the first eigenfunction of an elliptic operator L. G. Strakhovskaya
|
649–663 |
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An alternating-triangular iterative method for the solution of elliptic difference equations in an arbitrary domain A. B. Kycherov, E. S. Nikolaev
|
664–675 |
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A finite-difference method for the solution of the Cauchy problem for a first order quasilinear equation N. N. Kuznetsov
|
676–689 |
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The stability of boundary value problems for systems of difference equations of varying structure S. I. Serdyukova
|
690–695 |
|
Two numerical methods for the solution of one-dimensional filtration problems for multicomponent systems M. N. Murkes, V. A. Roždestvenskii, G. J. Šovkrinskii
|
696–705 |
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Angular potential and the oblique derivative problem for harmonic functions S. A. Gabov
|
706–717 |
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Integral representations of the solutions of the two-dimensional wave equation, and diffraction problems A. F. Philippov
|
718–728 |
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The mathematical model of the abrasion of a grinding wheel Yu. I. Mokin
|
729–736 |
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Allowance for atmospheric inhomogeneities in calculating the tungusska meteorite explosion V. P. Korobeinikov, P. I. Chushkin, L. V. Shurshalov
|
737–752 |
|
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Scientific communications
|
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The numerical solution of the inverse scattering problem A. M. Denisov
|
753–756 |
|
Isolation of the Gershgorin circles Pham Van At
|
756–759 |
|
The zeros of the cylindrical functions $K_{n}(z)$ M. V. Zavolzhenskii, A. Kh. Terskov
|
759–762 |
|
The simulation of an exit point of a Brownian motion on the surface of a sphere V. A. Kanevskii, G. Sh. Lev
|
763–764 |
|
The convergence of the method of the loaded functional in convex programming problems V. Yu. Lebedev
|
765–768 |
|
A modification of the Runge–Kutta procedure T. Wang
|
769–771 |
|
An analytic method of evaluating three-centre one-electron integrals with slater functions S. L. Zimont, N. Ya. Mar'yashkin
|
771–775 |
|
On the calculation of the electromagnetic eigenoscillations of solids of revolution G. Ya. Slepyan
|
776–780 |
|
On the optimization of plane-parallel magnetic fields O. Lietuvietis, G. A. Radziņš, U. Raitums
|
780–785 |
|
A variant of the moment method for the computation of selective radiation transfer Yu. D. Shmyglevskii
|
785–790 |
|
Numerical simulation of the plane flow of a viscous fluid under the action of an external periodic force in space S. O. Belotserkovskii, V. A. Gushchin
|
791–795 |
|
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Scientific information
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The Chebyshev polynomials: T. J. Rivlin vi + 186 p. John Wiley and Sons, New York–London, 1975. Book review M. K. Kerimov
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796–797 |
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Spline-funktionen. Theorie und anwendungen: K. Böhmer. 340 p. B. G. Teubner, Stuttgart, 1974. Book review M. K. Kerimov
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797–798 |
|
Moderne methoden der numerischen mathematik: J. Albrecht and L. Collatz (Editors). 175 p. Birkhäuser Verl., Basel–Stuttgart, 1976. Book review M. K. Kerimov
|
798–799 |
|
Programs and machines. An introduction to the theory of computation: R. Bird 214 p. John Wiley and Sons, New York–London, 1976. Book review S. A. Abramov
|
799–800 |