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Information × Registration Number 0224U033397, (0121U112890) , R & D reports Title Execution of the tasks of the long-term development plan of the line of science " Military sciences and national security " of Kharkiv National University of Radio Electronics. popup.stage_title Розробка програмного забезпечення та апаратної реалізації методу супутникових геодезичних вимірювань RTK (Real Time Kinematic) для точного позиціонування оптико-електронних станцій системи контролю повітряного, морського і наземного простору. Head Shostko Ihor S., д.т.н. Registration Date 26-12-2024 Organization Kharkiv National University Of Radio Electronics popup.description1 Improving the efficiency of intelligent video surveillance technology and telecommunication technology in systems monitoring air, sea and ground. popup.description2 The object of the research is the process of detection, recognition and high-precision tracking of a target (missile, aircraft and other weapons). The purpose of the work is to perform tasks in accordance with the priority thematic areas specified for 2024 in Section 2 of the Perspective Plan for the Development of Higher Education Institutions in the scientific direction "Military Sciences and National Security" for the period from 2021 to 2025 (hereinafter referred to as the Perspective Plan), see Appendix 1 to Agreement No. BF/20-2021 dated 04.08.2021, namely: in 2024, in accordance with Section 2 of the Perspective Plan, the scientific school "Wireless Telecommunications Systems" within the framework of the priority thematic area "Intelligent video surveillance, technologies and systems for air, land and sea space control" carried out an applied research on the topic "Adaptation of software and hardware implementation of the RTK (RealTimeKinematic) satellite geodetic measurement method for precise positioning of optoelectronic stations of the air, sea and land space control system". The research methods are the mathematical and computer modeling of processes related to the use of video analytics technology in networks of optoelectronic stations used for air, sea and land space control systems, taking into account the accuracy of the OES positioning. The following results were obtained: - the concept and ways of building an infocommunication network (ICN) as part of spatially separated optoelectronic stations (OES) for air, sea and land space control, taking into account the accuracy of the OES positioning, are substantiated; - software and hardware implementation of the RTK (RealTimeKinematic) satellite geodetic measurement method for accurate positioning of the OES of the air, sea and land space control system are developed; - an optoelectronic system (ICN of spatially separated OES for air, sea and land space control) and a prototype of software for autonomou  Product Description popup.authors Tatianko Dmytro M. Shostko Ihor S. Zemlianyi Oleh V. Paramonov Anton K. Tsybulnykov Dmytro I. Shloma Oleksandr K. popup.nrat_date 2024-12-26 Close