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Публікація Justification of the method of evaluation of the efficiency of air reconnaissance by unmanned aviation of ground (sea) objects(InterConf, 2021) Brytov, O.; Bieliaiev, D.; Kukobko, S.; Chmil, Y.; Dzhus, V.; Herasymov, S.; Korobkov, Y.; Pomohaiev, I.; Roshchupkin, Y.The paper considers the issues of assessing the effectiveness of air reconnaissance of ground (sea) objects by unmanned aerial vehicles. It is established that the main factors influencing the ability of air reconnaissance are the payload of the drone, the height and speed of its flight, the ability to transmit the information received. The main definitions that are the basis of the obtained results are given. Tasks for further research are set.Публікація Measurement errors affecting the characteristics of multi-position systems, and ways to reduce them(interconf, 2021) Аrtikula, A.; Britov, D.; Dzhus, V.; Haibadulov, B.; Haibadulova, A.; Herasymov, S.; Kaluhin, D.; Kukobko, S.; Roshchupkin, Y.; Tytarenko, R.Modern wide development of science and technology causes the growth of information needs in all branches of human development. At present, there are all opportunities to increase information security by combining sources of information into a single system. At the same time, when merging, specific difficulties and features emerge, which together make it difficult to implement the proposed solutions. The paper considers the peculiarity of combining different types of radar stations into a single information system. Errors of measurements of separate parameters and their influence on system characteristics are considered. Options for solving the problems that have arisen are proposed.Публікація The strobes sizes justification during identifying information in a multi-position survey radars system(Національна академія Національної гвардії України, 2021) Herasimov, S.; Kukobko, S.; Roshchupkin, E.; Roshchupkina, A.The report contains relations characterizing the influence of the errors on the accuracy characteristics of the system. It is shown that in some cases (a system of highly mobile survey radars, for example), the influence of the corresponding errors can be very significant, and leads to the need to increase the identification strobe size by several times. The algorithm for ―adaptive‖ changes in identification strobes, which allows one to estimate and take into account the errors of topographic location, orientation, leveling and time synchronization, based on the results of previous measurements by the system at the same positions, is presented.