The Diagnostics Methods for Modern Communication Tools in the Armed Forces of Ukraine Based on Neural Network Approach. - Oleg Klymovych; Volodymyr I. Hrabchak; Oleksandr Lavrut; Tetiana Lavrut; Vasyl Lytvyn; Victoria Vysotska (MoMLeT+DS, 2020)

Method of Power Adaptation for Signals Emitted in a Wireless Network in Terms of Neuro-Fuzzy System. - Yurii Zdorenko; Oleksandr Lavrut; Tetiana Lavrut; Yuriy A. Nastishin (Wirel. Pers. Commun., 2020)

Cyber Defense Is A Modern Component Of Ukraine's Security. - Oleksandr Lavrut; Tetiana Lavrut; Vladyslav Kolesnyk; Halyna Kolesnyk; Serhii Bohutskyi; Leonid Polishchuk (ISecIT, 2021)

Route Selection Method in Military Information and Telecommunication Networks Based on ANFIS. - Yuriy Zdorenko; Oleksandr Lavrut; Tetiana Lavrut; Vasyl Lytvyn; Yevhen Burov; Victoria Vysotska (MoMLeT+DS, 2021)

Compensatory Method for Measuring Phase Shift Using Signals Bisemiperiodic Conversion in Diagnostic Intelligence Systems. - Sergey Tyshko; Oleksandr Lavrut; Victoria Vysotska; Oksana Markiv; Oleh Zabula; Yurii Chernichenko; Tetiana Lavrut (MoMLeT+DS, 2022)

Clustering Methods Analysis for Terrain Colors Characteristics Determination. - Sergiy Tsybulia; Oleksandr Lavrut; Vasyl Lytvyn; Tetiana Lavrut; Mariya Nazarkevych; Victoria Vysotska (COLINS (1), 2023)

Information technology for promoting Instagram accounts. - Victoria Vysotska; Mariia Nazarkevych; Serhii Vladov; Sofia Chyrun; Olga Lozynska; Tetiana Lavrut; Ihor Budz; Oleksandr Muzychuk; Olena Nagachevska; Stanislav Diakun (CIAW, 2024)

Diagnostic method development when weapons characteristics measuring based on spectral analysis for signals phase shift determination. - Vasyl Lytvyn; Victoria Vysotska; Sergey Tyshko; Oleksandr Lavrut; Tetiana Lavrut; Mariia Nazarkevych (MoDaST, 2024)

Automatic target recognition module development for fire control system based on machine learning. - Victoria Vysotska; Roman Romanchuk; Mariia Nazarkevych; Oleksandr Lavrut; Tetiana Lavrut; Maksym Pysarchuk (MoMLeT, 2024)

Phase shift measurement method based on a half-period converter with amplitude-time conversion in the development of modern weapon systems. - Zoriana Rybchak; Iryna Zavushchak; Sergey Tyshko; Maksym Herashchenko; Oleksandr Lavrut; Tetiana Lavrut; Serhii Kravchenko (MoMLeT, 2025)