Search academic texts

Information × Registration Number 0226U002313, (0124U003250) , R & D reports Title Methods, tools, and technologies for modeling, developing, deploying, and ensuring the dependability of mobile intelligent systems for critical infrastructure facilities popup.stage_title Розроблення та дослідження методів, засобів та технологій моделювання, створення, розгортання та забезпечення гарантоздатності мобільних інтелектуальних систем для об’єктів критичної інфраструктури Head Kharchenko Vyacheslav S., Доктор технічних наук Registration Date 13-02-2026 Organization National Aerospace University "Kharkiv Aviation Institute" popup.description1 To analyze, develop, and explore methods, tools, and technologies for modeling, developing, and deploying mobile intelligent systems for critical infrastructure facilities to improve their reliability, cybersecurity, and functional safety and ensure requirements for dependability popup.description2 The results of scientific research aimed at the development of mobile intelligent systems for critical infrastructure facilities and business applications operating under dynamic requirements, changing environmental parameters, and component failures are presented. A comprehensive approach that integrates hardware and software solutions with formalized models, methods, and algorithms is proposed to ensure reliability, survivability, and functional safety. Hardware and software components of mobile intelligent systems are developed and verified to support controlled reconfiguration and multi-level degradation. This ensures system operability and decision-making support in distributed cyber-physical environments under resource constraints and external impacts. The proposed approaches enable the formal analysis and selection of operational strategies, taking into account environmental dynamics and potential failures. It is shown that the transition from static to adaptive operational and control strategies significantly increases system resilience to degradation, uncertainty, and changing operating conditions. The practical relevance of the obtained results for defense and security applications, critical infrastructure protection, and the stable functioning of economically and socially important systems is substantiated. A scientific and methodological foundation for the further development and deployment of adaptive mobile intelligent systems in high-risk and crisis-prone environments is established. Product Description popup.authors Artem Y. Perepelitsyn Vitaliy O. Kulanov Oleg O. Illiashenko Ievhen V. Babeshko Herman V. Fesenko Maryna Kolisnyk Oleksandr O. Orehov Tetskyi Artem H. Olga I. Morozova Ihor M. Kliushnikov Kyrylo M. Leichenko Yevhen V. Brezhniev Zemlianko Heorhii A. Veprytska Olena Yu. Skorobohatko Stanislav V. Neretin Oleksii S. Abakumov Artem I. Shchehlov Vladyslav R. Ostapenko Leonid Yu. Oliinyk Oleh K. Oleksandr O. Vdovichenko Ruslan I. Demura Dmytro Terenyk popup.nrat_date 2026-02-13 Close