Cybernetics And Systems Analysis
International Theoretical Science
Journal
| 1. Precise estimates of the time complexity of implementing the algorithms of set-theoretic operations in table algebra | |
| V.N. Red’ko, D.B. Buy, I.S. Kanarskaya, A.S. Senchenko | 3–15 |
| 2. Modeling of pressure pulse waves in bypass grafting | I.T. Selezov, Iu.G. Kryvonos | 16–25 |
| 3. Comparing one-step and two-step iterative methods in convergence energy | |
| V.G. Prikazchikov, A.N. Khimich | 26–30 |
| 4. Robust downscaling approaches to disaggregation of data and projections under uncertainties: Case of land use and land use change systems | |
| Y.M. Ermoliev, T.Y. Ermolieva, P. Havlik, A. Mosnier, D. Leclere, S. Fritz, M. Obersteiner, S.V. Kyryzyuk, O.M. Borodina | 31–41 |
| 5. Numerical method to solve the Cauchy problem with prehistory | |
| V.A. Prusov, A.Yu. Doroshenko | 42–67 |
| 6. Ranking of system elements based on fuzzy reliation of influence and transitive closure | |
| A.P. Rotshtein | 68–78 |
| 7. Special transpositions of permutations elements and properties of their composition | |
| I.V. Grebennik, O.S. Chorna | 79–90 |
| 8. Standardization in information technology security | |
| O.M. Fal’ | 91–98 |
| 9. Improved error estimates of the finite-difference scheme for the two-dimensional parabolic equation with regard for the effect of the initial and boundary conditions | |
| N.V. Mayko | 99–107 |
| 10. Determining the steady-state characteristics of dual-channel queueing systems with Erlangian service times | |
| K.Yu. Zhernovyi | 108–121 |
| 11. Design of grid structures based on transition systems with justification of the correctness of their functioning | |
| S.L. Kryvyi, Y.V. Boyko, S.D. Pogorilyy, A.F. Boretskyi, N.N. Glybovets | 122–133 |
| 12. Using semantically similar text elements identification technology to determine a common information space | |
| S.V. Petrasova, N.F. Khairova | 134–144 |
| 14. Binary vectors for fast distance and similarity estimation | |
| D.A. Rachkovskij | 160–183 |
| 15. Differential mathematical models to study the computer architecture of a fully integrated management system for distant electric supply on railways | |
| O.I. Stasuk, L.L. Goncharova | 184–192 |
