| Typ | Datum vydání | Date of entry | Název | Autor |
| Article | 31-říj-2019 | 13-kvě-2020 | About the approach of solving machine learning problems integrated with data from open source systems of electronic medical records | Марценюк, Василь Петрович; Мілян, Назар Васильович; Martseniuk, Vasyl; Milian, Nazar |
| Conference Abstract | 25-dub-2024 | 4-čer-2024 | AI and security analytics: enhancing cyber defense in the digital age | Пилипчук, В.; Pylypchuk, V. |
| 19-bře-2024 | 17-dub-2024 | Application of machine learning methods for predicting the risk of stroke occurrence | Черещук, Любомир-Олексій; Мельникова, Наталія; Chereshchuk, Liubomyr-Oleksii; Melnykova, Nataliia |
| Article | 23-říj-2024 | 23-led-2025 | Application of machine learning methods to the prediction of NO2 concentration in the air environment | Iryna, Didych; Andrii, Mykytyshyn; Andrii, Stanko; Mykola, Mytnyk |
| Monograph | 13-úno-2025 | 2-kvě-2025 | Chapter 1.Demonstrating the Validity of Methods for Studying and Evaluating the Results of Spectral Analysis of Arterial Oscillograms Recorded During Blood Pressure Measurement and AI Algorithms for Detecting Risks of Mental Diseases | Vakulenko, Dmytro; Vakulenko, Lyudmyla; Kaverinsky, Vladislav; Malakhov, Kyrylo; Grushko, Valentyn; Hevko, Olena |
| 19-bře-2024 | 17-dub-2024 | Comparative analysis of data augmentation methods for image modality | Бохонко, Андрій; Мельникова, Наталія; Патерега, Юрій; Bokhonko, Andrii; Melnykova, Nataliia; Patereha, Yurii |
| Conference Abstract | 24-dub-2025 | 1-čer-2025 | Comparison of methods for reducing storage utilization in server environment | Гарасівка, А.; Harasivka, A. V. |
| Bachelor Thesis | 25-čer-2025 | 3-čer-2025 | Cервіс сегментації зображень документів на основі згорткових нейронних мереж | Дольна, Олена Ігорівна; Dolna, Olena |
| Article | 2-říj-2024 | 5-led-2025 | Detection and classification of DDoS flooding attacks by machine learning method | Tymoshchuk, Dmytro; Yasniy, Oleh; Mytnyk, Mykola; Zagorodna, Nataliya; Tymoshchuk, Vitaliy |
| Article | 23-říj-2024 | 16-led-2025 | Modelling of automotive steel fatigue lifetime by machine learning method | Yasniy, Oleh; Tymoshchuk, Dmytro; Didych, Iryna; Zagorodna, Nataliya; Malyshevska, Olha |
