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Information × Registration Number 0226U000560, (0121U100542) , R & D reports Title Development and improvement of methods for system analysis, control and research of dynamics, aimed at creating objects of space technology popup.stage_title Розробка рекомендацій щодо застосування розробленого та вдосконаленого науково-методичного та інформаційно-аналітичного забезпечення вирішення актуальних проблем створення та функціонування перспективних систем космічної техніки Head Alpatov Anatolii P., Доктор технічних наук Registration Date 12-01-2026 Organization Institute of Technical Mechanics of the National Academy of Sciences of Ukraine and the State Space Agency of Ukraine popup.description1 Development and improvement of scientific, methodical, informational and analytical tools aimed at creating objects of space technology popup.description2 Research objects – Earth remote sensing satellites (ERS) and their constellations, methods and systems for sensing the Earth's surface from space, orbital servicing systems (OSS), space industrial complexes (SIC), optimization of design parameters of space industrial platforms, Earth surface sunshade (ESS) systems, electrodynamic space cable system (EDSCS), machine learning methods in modeling the dynamics of spacecraft, methods for determining relative spatial position, methods for determining the force effect of an electric reaction engine on space debris objects, neural networks, reinforcement learning methods, autonomous space systems, statistical methods of structural-parametric identification, methods for assessing the competence of experts, global space activities. The purpose of the work is to development new and improvement existing scientific-methodological and informational-analytical support aimed at creating space technology objects. The following results were obtained. Scientific-methodological and informational-analytical support has been developed aimed at creating space technology objects, in particular for synthesizing the structure and optimizing the design parameters of the SIC. Developed: analytical models of changes in orbital parameters under the influence of perturbations in nearly circular orbits; models of EDSCS dynamics with thermoelectric cable coating; neural network models based on reinforcement learning for determining disturbances during contactless interaction of orbital service (OS) satellites; mathematical models for optimal synthesis of the orbital structure and operational planning of the OSS system; a mathematical model for selecting the design parameters of distributed near-Earth space-based ESS systems; a methodology for analyzing, operating, and control complex dynamic intelligent systems; a method for on-board determination of the relative pose of an OS object with an unknown shape. Product Description popup.authors Prokopchuk Yurii O Doiar Olha P. Brazhnikova Halyna Ye. Костра Володимир Віталійович Anatolii P. Alpatov Palii Oleksandr S. Oksana L. Volosheniuk Holdshtein Yurii M Maslova Anna I. Fokov Oleksandr A. Khramov Dmytro O. Mishchenko Oleksandra V. Siutkina-Doronina Svitlana V. Sazina Nadiia P Vizer Tetiana F. Lomakin Ihor A. Mala Valentyna M. Lapkhanov Erik Oleksandrovych Svorobin Dmytro Serhiiovych Khoroshylov Serhii Viktrovych Vladyslav K. Shamakhanov Pyrozhenko Oleksandr V. Yliia V. Tsegelnyk popup.nrat_date 2026-01-12 Close