1. Boundary-value problems for x-analytical functions with weighted boundary conditions

   • A. A. Kapshivyi

   Numerical Methods, Investigation and Solution of Equations Pages: 2965 - 2971

2. Quadrature-iteration method and quadrature-splitting method for Volterra integral equations of the second kind

   • A. F. Kalaida

   Numerical Methods, Investigation and Solution of Equations Pages: 2972 - 2976

3. Using orthogonal discrete transforms to solve systems of linear algebraic equations

   • A. D. Kozhukhovskii
   • A. I. Litvin

   Numerical Methods, Investigation and Solution of Equations Pages: 2977 - 2979

4. Convergence conditions for the Seidel process

   • V. V. Rapin

   Numerical Methods, Investigation and Solution of Equations Pages: 2980 - 2981

5. Rate of convergence of the method of lines for the nonlinear parabolic integrodifferential equation describing a photon recycling diode

   • V. L. Makarov
   • I. P. Gavrilyuk
   • N. A. Rossokhataya

   Numerical Methods, Investigation and Solution of Equations Pages: 2982 - 2991

6. Calculating unsteady seepage in a pressure gradient in the presence of thin weakly permeable inclusions

   • V. V. Skopetskii
   • V. S. Deineka
   • T. P. Savosh

   Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 2992 - 2997

7. Determination of eigenvalues and discontinuous eigenfunctions of the system of equations of elasticity theory

   • V. V. Skopetskii
   • V. S. Deineka
   • O. A. Marchenko

   Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 2998 - 3003

8. Numerical solution of problems in the dynamics of ribbed shells of revolution

   • P. Z. Lugovoi
   • V. F. Meish
   • S. Yu. Bogdanov

   Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 3004 - 3006

9. Semiconductor deposition on a metallic base near a microprobe in a strong electric field

   • N. I. Khodakovskii
   • A. A. Kolodyazhnyi
   • V. N. Sklepovoi

   Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 3007 - 3010

10. Mathematical model of metal deposition on a dielectric base near a microprobe in a strong electric field

    • N. I. Khodakovskii
    • V. A. Sherstyuk
    • V. M. Bondarenko

    Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 3011 - 3016

11. Some mathematical models of the pulsating fountain problem

    • A. F. Kalaida
    • A. A. Kabalyuk

    Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 3017 - 3020

12. Locally one-dimensional difference scheme for the convective diffusion equation

    • D. A. Bugai

    Approximate Methods of Solution of Boundary-Value Problems of Mathematical Physics Pages: 3021 - 3024

13. Static control optimization in multivariable technological systems

    • I. M. Korobko

    Applied Topics in Control Theory, Mathematical Cybernetics, and Statistics Pages: 3025 - 3031

14. Diffusion approximation of systems with repeated calls and an unreliable server

    • V. V. Anisimov
    • Kh. L. Atadzhanov

    Applied Topics in Control Theory, Mathematical Cybernetics, and Statistics Pages: 3032 - 3034

15. Periodic T(Ā)-groups with Abelian locally nilpotent coradical

    • N. F. Kuzennyi

    Applied Topics in Control Theory, Mathematical Cybernetics, and Statistics Pages: 3035 - 3037

16. Groups in which the commutant is generated by invariant cyclic subgroups

    • I. Ya. Subbotin

    Applied Topics in Control Theory, Mathematical Cybernetics, and Statistics Pages: 3038 - 3039

17. Simulation accuracy of Gaussian stochastic processes in L²(0, T)

    • Yu. V. Kozachenko
    • L. F. Kozachenko

    Applied Topics in Control Theory, Mathematical Cybernetics, and Statistics Pages: 3040 - 3043