Air Navigation: Automation Method for Controlling the Process of Detecting Aircraft by a Radar Complex

Grishin, Igor; Тимиргалеева, Рена Ринатовна

doi:10.23919/fruct.2019.8711905

Cited by 4 publications

(2 citation statements)

References 11 publications

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…Keywords: unmanned aerial vehicle, air traffic control, radar, multi-positioning system, measurement error В настоящее время идеология использования и развития воздушного пространства современного «умного» города обусловлена тем, что в нем наряду с пилотируемыми летательными аппаратами (самолёты, вертолёты) все более активно начинают использоваться беспилотные летательные аппараты (БПЛА) [1][2][3] [4,5]. В указанных работах на основе методов теории оптимального управления предложен подход к оптимизации функционирования средств измерений, обеспечивающих получение траекторной информации о параметрах движения воздушных судов системой управления воздушным движением.…”

Section: Ps Nakhimov Black Sea Higher Naval School Sevastopol E-mail:...unclassified

Establishment of Requirements for Means of Information Support of the Intelligent City Air Traffic Control System

Grishin¹,

Тимиргалеева²,

Sadakov³

et al. 2022

СНТ (MHT)

View full text Add to dashboard Cite

Section: Ps Nakhimov Black Sea Higher Naval School Sevastopol E-mail:...unclassified

Establishment of Requirements for Means of Information Support of the Intelligent City Air Traffic Control System

Grishin¹,

Тимиргалеева²,

Sadakov³

et al. 2022

СНТ (MHT)

View full text Add to dashboard Cite

“…Methods of construction and peculiarities of creation of the mentioned mathematical models reproduced in the works of a number of scientists: S. Kuzmin, V. Baranov, E. Lviv, Yu. Linnik, V. Mudrov, V. Kushka, V. Kuntsevich, O. Kukusha, R. Kalman, E. Sage, J. Melsa, V. Medich, I. Shapiro, D. Kahaner [5][6][7][8][9] and others.…”

Section: Literature Analysis and Problem Statementmentioning

confidence: 99%

Modeling of the Process of Optimization of Decision-Making at Control of Parameters of Energy and Technical Systems on the Example of Remote Earth’s Sensing Tools

Maevsky

Artemchuk

Brodsky

et al. 2020

Studies in Systems, Decision and Control

View full text Add to dashboard Cite

The authors study the process of decision-making optimization in the control of the spacecraft onboard systems. To ensure the continuous operation of a remotely controlled complex technical system, it is necessary, on the basis of an analysis of the state of the onboard systems, to formulate control effects, the absence of which could lead to the system's failure to fulfill its tasks or system failure. In order to prevent such situations, an approach based on a simulation model is proposed, the use of which will reduce the risk of accidents in the onboard systems of the spacecraft. The proposed model is represented by factor space. The state of the onboard parameters of the spacecraft at different points in time is matched by the set of points that form the decision-making surface in this factor space. The basic stages of forming the optimal trajectory on the decision surface, which are approximated by numerical methods, are given and described. Using the actual values of the parameters obtained in a 15-minute data communication session from the board of the artificial satellite Earth "Ocean-1", a decision-making surface was constructed. The equation of the optimal trajectory on the created surface is obtained. The simulation results will be used to develop emergency management and control systems.

show abstract

Analysis on the execution measures of the queuing in radar data connection

Maragathasundari,

Somasundaram,

Aruna

et al. 2024

WOMEN IN PHYSICS: 7th IUPAP International Conference on Women in Physics

View full text Add to dashboard Cite

Air Navigation: Automation Method for Controlling the Process of Detecting Aircraft by a Radar Complex

Cited by 4 publications

References 11 publications

Establishment of Requirements for Means of Information Support of the Intelligent City Air Traffic Control System

Establishment of Requirements for Means of Information Support of the Intelligent City Air Traffic Control System

Modeling of the Process of Optimization of Decision-Making at Control of Parameters of Energy and Technical Systems on the Example of Remote Earth’s Sensing Tools

Analysis on the execution measures of the queuing in radar data connection

Contact Info

Product

Resources

About