The technique for computer systems Trojan diagnosis in the monitor mode. - Sergiy Lysenko; Oleg Savenko (IDAACS (2), 2011)

Adaptive Information Technology of the Trojan' Detection in Computer Systems. - Oleg Savenko; Sergiy Lysenko (Int. J. Comput., 2011)

Multi-agent Based Approach of Botnet Detection in Computer Systems. - Oleg Savenko; Sergiy Lysenko; Andriy Kryschuk (CN, 2012)

Multi-agent Based Approach for Botnet Detection in a Corporate Area Network Using Fuzzy Logic. - Oksana Pomorova; Oleg Savenko; Sergii Lysenko; Andrii Kryshchuk (CN, 2013)

Botnet detection technique for corporate area network. - Oleg Savenko; Sergiy Lysenko; Andrii Kryshchuk; Yurii Klots (IDAACS, 2013)

A Technique for Detection of Bots Which Are Using Polymorphic Code. - Oksana Pomorova; Oleg Savenko; Sergiy Lysenko; Andrii Kryshchuk; Andrii Nicheporuk (CN, 2014)

A Technique for the Botnet Detection Based on DNS-Traffic Analysis. - Oksana Pomorova; Oleg Savenko; Sergii Lysenko; Andrii Kryshchuk; Kira Bobrovnikova (CN, 2015)

DNS-based anti-evasion technique for botnets detection. - Sergiy Lysenko; Oksana Pomorova; Oleg Savenko; Andrii Kryshchuk; Kira Bobrovnikova (IDAACS, 2015)

Anti-evasion Technique for the Botnets Detection Based on the Passive DNS Monitoring and Active DNS Probing. - Oksana Pomorova; Oleg Savenko; Sergii Lysenko; Andrii Kryshchuk; Kira Bobrovnikova (CN, 2016)

Metamorphic Viruses Detection Technique Based on the the Modified Emulators. - Oksana Pomorova; Oleg Savenko; Sergii Lysenko; Andrii Nicheporuk (ICTERI, 2016)

Information Technology for Botnets Detection Based on Their Behaviour in the Corporate Area Network. - Sergii Lysenko; Oleg Savenko; Kira Bobrovnikova; Andrii Kryshchuk; Bohdan Savenko (CN, 2017)

Metamorphic Viruses' Detection Technique Based on the Equivalent Functional Block Search. - Oleg Savenko; Sergii Lysenko; Andrii Nicheporuk; Bohdan Savenko (ICTERI, 2017)

Approach for the unknown metamorphic virus detection. - Oleg Savenko; Sergii Lysenko; Andrii Nicheporuk; Bohdan Savenko (IDAACS, 2017)

Self-adaptive System for the Corporate Area Network Resilience in the Presence of Botnet Cyberattacks. - Sergii Lysenko; Oleg Savenko; Kira Bobrovnikova; Andrii Kryshchuk (CN, 2018)

DDoS Botnet Detection Technique Based on the Use of the Semi-Supervised Fuzzy c-Means Clustering. - Sergii Lysenko; Oleg Savenko; Kira Bobrovnikova (ICTERI Workshops, 2018)

The Technique for Metamorphic Viruses' Detection Based on Its Obfuscation Features Analysis. - George Markowsky; Oleg Savenko; Sergii Lysenko; Andrii Nicheporuk (ICTERI Workshops, 2018)

SVM-based Technique for Mobile Malware Detection. - Sergii Lysenko; Kira Bobrovnikova; Andrii Nicheporuk; Roman Shchuka (CMIS, 2019)

BotGRABBER: SVM-Based Self-Adaptive System for the Network Resilience Against the Botnets' Cyberattacks. - Sergii Lysenko; Kira Bobrovnikova; Oleg Savenko; Andrii Kryshchuk (CN, 2019)

Dynamic Signature-based Malware Detection Technique Based on API Call Tracing. - Oleg Savenko; Andrii Nicheporuk; Ivan Hurman; Sergii Lysenko (ICTERI Workshops, 2019)

Botnet Detection Approach for the Distributed Systems. - Oleg Savenko; Anatoliy Sachenko; Sergii Lysenko; George Markowsky (IDAACS, 2019)

Risks of Loss of Personal Data in the Process of Sending and Printing Documents. - Oleksandr Tymchenko; Bohdana Havrysh; Orest Khamula; Sergii Lysenko; Kateryna Havrysh (CITRisk, 2020)

A Cyberattacks Detection Technique Based on Evolutionary Algorithms. - Sergii Lysenko; Kira Bobrovnikova; Roman Shchuka; Oleg Savenko (DESSERT, 2020)

Technique for Cyberattacks Detection Based on DNS Traffic Analysis. - Sergii Lysenko; Kira Bobrovnikova; Oleg Savenko; Roman Shchuka (ICTERI Workshops, 2020)

Technique for IoT Cyberattacks Detection Based on DNS Traffic Analysis. - Kira Bobrovnikova; Sergii Lysenko; Piotr Gaj; Valeriy Martynyuk; Dmytro Denysiuk (IntelITSIS, 2020)

Spyware Detection Technique Based on Reinforcement Learning. - Sergii Lysenko; Kira Bobrovnikova; Peter T. Popov; Viacheslav Kharchenko; Dmytro Medzatyi (IntelITSIS, 2020)

Assessment of bank's financial security levels based on a comprehensive index using information technology. - Nila Khrushch; Pavlo Hryhoruk; Tetiana Hovorushchenko; Sergii Lysenko; Liudmyla Prystupa; Liudmyla Vahanova (M3E2-MLPEED, 2020)

Strategic priorities of innovation and investment development of the Ukraine's economy industrial sector. - Vlentyna Stadnyk; Pavlo Izhevskiy; Nila Khrushch; Sergii Lysenko; Galyna Sokoliuk; Tetjana Tomalja (M3E2-MLPEED, 2020)

Botnet Detection Approach based on the Distributed Systems. - Oleg Savenko; Anatoliy Sachenko; Sergii Lysenko; George Markowsky; Nadiia Vasylkiv (Int. J. Comput., 2020)

The Approach for IoT Malware Detection Based on Opcodes Sequences Pattern Mining. - Dmytro Denysiuk; Kira Bobrovnikova; Sergii Lysenko; Oleg Savenko; Piotr Gaj; Roman Havryliuk; Yaroslav Boichuk (IDAACS, 2021)

Detection DNS Tunneling Botnets. - Bohdan Savenko; Sergii Lysenko; Kira Bobrovnikova; Oleg Savenko; George Markowsky (IDAACS, 2021)

Technique for IoT Cyberattacks Detection Based on the Energy Consumption Analysis. - Kira Bobrovnikova; Sergii Lysenko; Peter T. Popov; Dmytro Denysiuk; Andrii Goroshko (IntelITSIS, 2021)

Resilient Computer Systems Development for Cyberattacks Resistance. - Sergii Lysenko; Kira Bobrovnikova; Piotr Gaj; Tomas Sochor; Iryna Forkun (IntelITSIS, 2021)

IoT Cyberattack Detection Approach Based on Energy Consumption Analysis. - Kira Bobrovnikova; Oleg Savenko; Sergii Lysenko; Ivan Hurman (DESSERT, 2022)

Machine Learning Based Techniques for Cyberattacks Detection in the Internet of Things Infrastructure. - Kira Bobrovnikova; Sergii Lysenko; Ivan Hurman; Andrzej Kwiecien (IntelITSIS, 2022)

Botnet Detection Approach Based on DNS. - Sergii Lysenko; Kira Bobrovnikova; Bohdan Savenko; Piotr Gaj; Oleg Savenko (IntelITSIS, 2022)

IoT Multi-Vector Cyberattack Detection Based on Machine Learning Algorithms: Traffic Features Analysis, Experiments, and Efficiency. - Sergii Lysenko; Kira Bobrovnikova; Vyacheslav Kharchenko; Oleg Savenko (Algorithms, 2022)

Method for Detecting Steganographic Changes in Images Using Machine Learning. - Dmytro Denysiuk; Oleg Savenko; Sergii Lysenko; Bohdan Savenko; Antonina Kashtalian (DESSERT, 2023)

Challenges Towards VR Technology: VR Architecture Optimization. - Sergii Lysenko; Artem Kachur (DESSERT, 2023)

Social Engineering Attacks Detection Approach. - Sergii Lysenko; Volodymyr Vorobiov; Oleksandr Bokhonko; Piotr Gaj; Oleg Savenko; Jacek Woloszyn (DESSERT, 2023)

Malware Detection By Distributed Systems with Partial Centralization. - Bohdan Savenko; Antonina Kashtalian; Sergii Lysenko; Oleg Savenko (IDAACS, 2023)

Information Technology for Predicting the Course of Climacteric Syndrome. - Kira Bobrovnikova; Ivan Hurman; Olha Hovorushchenko; Olha Horbatiuk; Sergii Lysenko (IntelITSIS, 2023)

Blockchain-based Deep Learning Algorithm for Detecting Malware. - Dmytro Denysiuk; Olena Geidarova; Mariia Kapustian; Sergii Lysenko; Anatoliy Sachenko (IntelITSIS, 2023)

Distributed Discrete Malware Detection Systems Based on Partial Centralization and Self-Organization. - Sergii Lysenko; Bohdan Savenko (Int. J. Comput., 2023)

Development of the social engineering attack models. - Oleksandr Bokhonko; Sergii Lysenko; Piotr Gaj (AdvAIT, 2024)

Detecting software implants using system decoys. - Dmytro Denysiuk; Oleg Savenko; Sergii Lysenko; Bohdan Savenko; Andrii Nicheporuk (AdvAIT, 2024)

Method of optimizing delay in IoT system using fog calculations. - Sergii Lysenko; Oleh Bodnaruk; Piotr Gaj; Anatoliy Sachenko; Olena Lysenko (ICyberPhyS, 2024)

Methods of improving security and resilience of VR systems' architecture. - Artem Kachur; Sergii Lysenko; Oleh Bodnaruk; Piotr Gaj (IntelITSIS, 2024)

Method for identifying cyberattacks based on the use of social engineering over the phone. - Sergii Lysenko; Oleksandr Bokhonko; Volodymyr Vorobiyov; Piotr Gaj (IntelITSIS, 2024)

Mathematical model of the cloud infrastructure life cycle. - Sergii Lysenko; Oleh Bondaruk; Oleksii Bondar; Liudmyla Koretska; Tomas Sochor (ICyberPhyS, 2025)

Information-diagnostic online SMART platform utilizing an open-source virtual learning environment 99-111. - Tetiana Hovorushchenko; Artem Boyarchuk; Olga Pavlova; Sergii Lysenko; Mariusz Mazurkiewicz (IntelITSIS, 2025)