A.L. Gorbunov – Ph.D.(Eng.), Professor, Adviser of Rector Office, Moscow State Technical University of Civil Aviation E-mail: a.gorbunov@mstuca.aero
E.E. Nechaev – Dr.Sc.(Eng.), Professor, Head of Department of Air Traffic Control, Moscow State Technical University of Civil Aviation
E-mail: e.nechaev@mstuca.aero
The paper considers the methods of solving the problem of unprofitability of the air traffic control in small airports. This problem is crucial for the renewal of regional airlines in Russia. We have carried out the analysis of the existing methods and highlighted the drawbacks for the known video panorama based approach. The advantages of the remote air traffic monitoring using virtual/augmented reality are shown. The stabile positioning of aircraft models in the virtual reality is a task to solve when using the automatic dependent surveillance data. The paper describes the solution for the task.
- Global air traffic surveillance. https://aireon.com/services/global-air-traffic-surveillance. Poslednee poseshhenie 20/8/2018.
- Gorbunov A. Stereoscopic Augmented Reality in Visual Interface for Flight Control // Aerospace Science and Technology. Elsevier: October 2014. V. 38. P. 116−123.
- Gorbunov A., Gorbunova A., Eliseev B., Kaurov A. Augmented reality for driving simulators // Proceedings of IEEE SAI Computing Conference. London (UK): 13−15 July 2016». P. 238−242. ISBN 978-1-4673-8460-5 (Xplore). IEEE Catalog Number CFP16SAA.
- SAAB Remote tower. http://saab.com/fi/security/air-traffic-management/air-traffic-management/remote-tower. Poslednee poseshhenie 20/8/2018.
- SITA exploring a new world of mixed reality. https://www.sita.aero/innovation/sita-lab/sita-exploring-a-new-world-of-mixed-reality. Poslednee poseshhenie 20/8/2018.
- Virtual and Remote Control Tower: Research, Design, Development and Validation / Editor Fürstenau N. Springer: 2016. 336 p.
- Wittbrodt N., Gross A., Thuring M. Challenges for the communication environment and communication concept for remote airport traffic control centres // 11th IFAC/IFIP/IFORS/IEA Symposium on Analysis, Design and Evaluation of Human-Machine Systems. Valenciennes (France): 31 August – 3 September 2010. P. 129−134.
- AL'MANAX – integrirovannaya mnogopoziczionnaya sistema nablyudeniya v ae'rodromnoй i trassovoй zonax. http://www.nppcrts.ru/production/multilateratsiya/almanakh. Poslednee poseshhenie 20/8/2018.
- Gorbunov A.L., Nechaev E.E., Surint P.S. Udalennaya dispetcherskaya vy'shka v virtual'noj real'nosti // Radiotexnika. 2017. № 12. S. 85−92.
- Kompleks sredstv avtomatizaczii udalennogo videonablyudeniya. http://www.ians.aero/proekty/uvd-i-videonablyudenie/ udalennyj-kdp. Poslednee poseshhenie 20/4/2018.
- Moiseenko I.N. (2014). Prioritetny'e napravleniya sozdaniya i razvitiya sistem udalennogo nablyudeniya dlya KDP ae'rodroma // Ae'rokosmicheskoe obozrenie. 2014. № 3. S. 16−19.
- Somov A.M., Kornev S.F. Sputnikovy'e sistemy' svyazi. M.: Goryachaya liniya-Telekom. 2012. 244 s.