|
Svyatoslav Sergeevich Lavrov (on the occasion of his sixtieth birthday)
|
259–260 |
|
|
A numerical method for solving systems of nonlinear equations by means of curvilinear descent
N. N. Redkovskii
|
261–266 |
|
|
Optimal algorithms for integration of convex functions
I. A. Glinkin
|
267–277 |
|
|
Applications of parabolic $B$-splines for solving interpolation problems
B. I. Kvasov
|
278–289 |
|
|
Local interpolation curve with a prescribed degree of smoothness which preserves the constant sign of curvature
I. A. Rumyantsev
|
290–300 |
|
|
Some functionals, stable in the sense of A. N. Tikhonov, for multidimensional ill-posed problems
V. B. Glasko, E. E. Kondorskaya
|
301–306 |
|
|
Methods of finding the global minimum of a quasi-concave function
N. S. Vasil'ev
|
307–313 |
|
|
Two modifications of the linearization method in nonlinear programming
A. I. Golikov, V. G. Zhadan
|
314–325 |
|
|
Application of Lyapunov's direct method for analyzing the age structure of biological populations
V. G. Matsenko, V. N. Rubanovskii
|
326–332 |
|
|
Calculation of the asymptotics of “coefficients of intensity” in the coming together of corner or conic points
V. G. Maz'ya, S. A. Nazarov, B. A. Plamenevskii
|
333–346 |
|
|
On a certain class of implicit finite-difference schemes
S. A. Voloshin
|
347–354 |
|
|
Estimates of the rate of convergence of difference schemes for fourth-order elliptic equations
I. P. Gavriljuk, R. D. Lazarov, V. L. Makarov, S. P. Pirnazarov
|
355–365 |
|
|
Balayage and averaging principles in the construction of algorithms of the Monte Carlo method for the solution of boundary value problems
K. K. Sabelfeld
|
366–379 |
|
|
Nonstationary dissipative structures in a nonlinear heat-conducting medium
G. G. Yelenin, S. P. Kurdyumov, A. A. Samarskii
|
380–390 |
|
|
Numerical solution of the self-consistent problem of the transport of several electron beams
G. T. Golovin
|
391–398 |
|
|
The method of orthogonal polynomials in linear transport theory
A. A. Akhmonen, G. A. Tyurin
|
399–412 |
|
|
Calculations of gas flow in the energy-release zone in a cylindrical explosion
V. G. Grudnitskii, V. N. Rygalin
|
413–422 |
|
|
Numerical solution of equations of the dynamics of a viscous incompressible fluid with dispersible particles
A. L. Dorfman
|
423–431 |
|
|
Application of flow theory to a problem of the dynamics of a viscous stratified fluid
A. V. Babakov
|
432–439 |
|
|
Analysis of programs and binary relations
S. A. Abramov
|
440–452 |
|
|
On the incompleteness of a model of algorithms for computing estimates
V. L. Matrosov
|
453–466 |
|
|
Synthesis of a correct recognition algorithm as a minimal covering construction problem
I. V. Isaev
|
467–476 |
|
|
Scientific communications
|
|
|
The problem of nonselfadjoint extension of the conjugate gradient method is closed
V. V. Voevodin
|
477–479 |
|
|
Solution of variational inequalities with monotone operators by the regularization method
I. P. Ryazantseva
|
479–483 |
|
|
Tabular methods for modeling discrete distributions
B. B. Pokhodzei
|
483–488 |
|
|
Modelling the tail of a normal distribution
A. А. Zhiglyavskii
|
488–493 |
|
|
Realizations of an approximate random quadrature formula
V. V. Zakharov, A. I. Koryakin
|
494–498 |
|
|
An approximate method for calculating optimal values of threshold parameters in algorithms for calculating estimates
Kh. R. Ismatova
|
499–501 |
|
|
On a model of estimate-computing algorithms
I. M. Israilov
|
501–504 |
|
|
Scientific information
|
|
|
W. C. Reynolds and R. W. MacCormack, Editors, Seventh International Conference on Numerical Methods of Fluid Dynamics, Lecture Notes Phys. Vol. 141, Springer, Berlin (1981). Book review
P. I. Chushkin
|
505–506 |
Contact us: