Models and methods of information technology
Models and methods of information technology
Issue number: |
|
View the article: |
Authors: |
Vol. 7 № 4 2024 313–326 |
![]() |
Information technology for forecasting epidemiological threats based on the telegraphic equation |
|
Vol. 7 № 4 2024 301–312 |
![]() |
Evaluation of the accuracy of human eye movement system identification using step test signals |
|
Vol. 7 № 3 2024 219–230 |
![]() |
Anomaly detection in crowded scenes: technologies, challenges and opportunities |
|
Vol. 7 № 3 2024 207–218 |
![]() |
Сombat operations model of a single self-propelled artillery system for the computer game ARMA 3 |
|
Vol. 7 № 2 2024 113–124 |
![]() |
|
|
Vol. 7 № 1 2024 13–23 |
![]() |
Methods of preference aggregation in group recommender systems |
|
Vol. 6 № 4 2023 345–361 |
![]() |
Systematic use of nonlinear data filtering methods in forecasting tasks |
|
Vol. 6 № 2 2023 117–129 |
![]() |
Estimation psychophysiological state via nonlinear dynamic integral models |
|
Vol. 5 № 4 2022 289–302 |
![]() |
|
|
Vol. 4 № 4 2021 299–310 |
![]() |
Binary classification of small satellites telemetry data based on deep learning approach |
|
Vol. 3 № 1 2020 376–392 |
![]() |
|
|
Vol. 3 № 1 2020 393–404 |
![]() |
Changing and tracing of software requirements at level of conceptual classes |
|
Vol. 2 № 4 2019 260-270 |
![]() |
Method for constructing the model of computing process based on petri net |
|
Vol. 2 № 4 2019 271-282 |
![]() |
|
|
Vol. 2 № 3 2019 173-185 |
![]() |
|
|
Vol. 2 № 2 2019 89-104 |
![]() |
Method of dynamic formation of content in conditions of limited resources |
|
Vol. 2 № 1 2019 20-28 |
![]() |
|
|
Vol. 2 № 1 2019 11-19 |
![]() |
Method of searching term interpretations for domain dictionaries, used for developing software |
|