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№4
Publication date:
16 December 2025
The directions of implementation of automated system means for electronic systems development
Date of submission article: 08.09.2016
UDC: 621.391
The article was published in issue no. № 4, 2016 [ pp. 149-155 ]Abstract:The article considers the issues implementing software tools of an automated system of electronic systems development. The authors propose an architecture of the automated system’s structural configuration. To determine the existence of conflicts when applying radio-electronic complexes (REC) and simulators it is proposed to add radio-monitoring means and means of assessing simulator adequacy to the automated system of electronic systems development. Radio-monitoring means can identify the signs of a conflict when applying electronic systems. The paper shows the developed structures of automated means for defining the substantial components of training exercises and curricula. The authors offer a professionally-oriented program complex of the automated system of electronic systems development. Experimental studies of the adequacy of simulation results in specialized simulators “Marka – RS” and integrated simulators “Repeater” in the air traffic control (ATC) in the near zone from an aerodrome in order to correct determine the level of skills and rational planning of operators’ training identified a new level of automated systems of electronic system operators’ training in the air traffic control. The developed tools in the form of models, block diagrams, mathematical, algorithmic support and software for subsystems in the automated system of electronic systems development have not only a scientific novelty, but also practical significance and feasibility.
Аннотация:В статье рассмотрены вопросы реализации программных средств автоматизированной системы освоения радиоэлектронных комплексов. Предложена архитектура структурной конфигурации данной системы. Для определения факта наличия конфликтов применения радиоэлектронных комплексов и тренажеров предложено в состав автоматизированной системы освоения этих комплексов включить средство радиомониторинга, позволяющее выявлять наличие признака конфликта применения радиоэлектронных комплексов, и средство оценки адекватности тренажера. Разработаны структуры автоматизированных средств определения содержательных компонентов учебных упражнений и учебных планов. Предложен профессионально-ориентированный комплекс программ автоматизированной системы освоения радиоэлектронных комплексов. Проведенные экспериментальные исследования адекватности результатов имитационного моделирования в специализированных тренажерах «Марка – РС» и комплексных тренажерах «Репитер» при управлении воздушным движением в ближней зоне аэродрома в целях корректного определения уровня навыков и рационального планирования тренажной подготовкой операторов радиоэлектронных комплексов определили новый уровень возможностей автоматизированных систем подготовки операторов радиоэлектронных комплексов по управлению воздушным движением. Разработанные инструментальные средства в виде моделей, структурных схем, а также математического, алгоритмического и программного обеспечения подсистем, входящих в состав автоматизированных систем освоения радиоэлектронных комплексов, обладают не только научной новизной, но и практической значимостью и реализуемостью.
| Authors: Potapov A.N. (potapov_il@mail.ru) - Military scholastic-scientific centre of the Air forces "Air forces academy named by prof. N.E. Zhukovsky and Yu.A. Gagarin", Voronezh, Russia, Ph.D, V.A. Dikarev (dikva@mail.ru) - Institute of Mathematics, Informatics and Natural Sciences, Moscow City Pedagogical University (Professor, Head of Chair), Moscow, Russia, Ph.D, Dopira R.V. (rvdopira@yandex.ru) - NPO RusBITex (Professor, Head of Department), Tver, Russia, Ph.D, Abu-Abed, F.N. (aafares@mail.ru) - Tver State Technical University (Associate Professor, Dean), Tver, Russia, Ph.D, Martynov D.V. (idpo@tstu.tver.ru) - Tver State Technical University, Tver, Russia, Ph.D | |
| Keywords: software training, software, electronic systems, operator, conflict-stability, automated system development |
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Направления реализации средств автоматизированной системы освоения радиоэлектронных комплексов
DOI: 10.15827/0236-235X.116.149-155
Date of submission article: 08.09.2016
UDC: 621.391
The article was published in issue no. № 4, 2016. [ pp. 149-155 ]
The article considers the issues implementing software tools of an automated system of electronic systems development. The authors propose an architecture of the automated system’s structural configuration. To determine the existence of conflicts when applying radio-electronic complexes (REC) and simulators it is proposed to add radio-monitoring means and means of assessing simulator adequacy to the automated system of electronic systems development. Radio-monitoring means can identify the signs of a conflict when applying electronic systems. The paper shows the developed structures of automated means for defining the substantial components of training exercises and curricula.
The authors offer a professionally-oriented program complex of the automated system of electronic systems development.
Experimental studies of the adequacy of simulation results in specialized simulators “Marka – RS” and integrated simulators “Repeater” in the air traffic control (ATC) in the near zone from an aerodrome in order to correct determine the level of skills and rational planning of operators’ training identified a new level of automated systems of electronic system operators’ training in the air traffic control. The developed tools in the form of models, block diagrams, mathematical, algorithmic support and software for subsystems in the automated system of electronic systems development have not only a scientific novelty, but also practical significance and feasibility.
Potapov A.N. (potapov_il@mail.ru) - Military scholastic-scientific centre of the Air forces "Air forces academy named by prof. N.E. Zhukovsky and Yu.A. Gagarin", Voronezh, Russia, Ph.D, V.A. Dikarev (dikva@mail.ru) - Institute of Mathematics, Informatics and Natural Sciences, Moscow City Pedagogical University (Professor, Head of Chair), Moscow, Russia, Ph.D, Dopira R.V. (rvdopira@yandex.ru) - NPO RusBITex (Professor, Head of Department), Tver, Russia, Ph.D, Abu-Abed, F.N. (aafares@mail.ru) - Tver State Technical University (Associate Professor, Dean), Tver, Russia, Ph.D, Martynov D.V. (idpo@tstu.tver.ru) - Tver State Technical University, Tver, Russia, Ph.D
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PDF version article Full issue in PDF (16.17Mb) Download the cover in PDF (0.62Мб) |
| The article was published in issue no. № 4, 2016 [ pp. 149-155 ] |
The article was published in issue no. № 4, 2016. [ pp. 149-155 ]
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