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Increase of efficiency of airdrome traffic control on the base of receiving the differential corrections by mobile aerodrome vehicles

UDC 621.396.74 BBK 39.571.5

Mezhetov M. A.Turincev S. V.Serebrennikov E. A.Nikitich P. V.

The authors consider the issue of increase of accuracy of satellite positioning of mobile objects within the aerodrome by receiving data from the local augmentation station. The use of a signal of VDL-2 mode with 8-position differentially encoded phase-shift keying can solve the problem. Using the HIL-simulation the diagrams of forming and receiving a signal of VDL-2 mode are synthesized.

Key words: GNSS augmentation system, VDL-2, differentially encoded phase-shift keying (D8PSK), raised cosine filter, tribit, quadrature components.

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The mathematical model of aerometric devices errors on the basis of different information integration according to flight recorders

UDC 629.7 BBK 39.56

Shomankov D. A. 

The mathematical model presented in the article is based on the integration of different flight information recorded by the means of objective control and can be used in the systems of optimized evaluation of high-speed flight parameters or technical control of aerometric measuring devices.

Keywords: integration, correlation function, generating filter, errors, optimized evaluation, control, technical condition

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Development of mathematical model of input action for the device support of the radiation source according to the movable radio finder

UDC 621.396.96 BBK 32.842

Hmarskij P. A.Sushhinskij A. A.

The authors present the methodology of development of input action mathematical model  for the device support of the radiation source according to the movable radio finder.

Key words:  movable radio finder; accompanied only by angular coordinates; model of input action; model of specifying impact; random discrete maneuver; the Kalman filter.

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Sabirzyanov Andrey Nailevich

Email: ANSabirzyanov@kai.ru

Place of work: The Kazan national research technical university named after A. N. Tupolev – KAI, Institute of Aviation, Land Vehicles & Energetics, jet engines and power plants department, Kazan, Russia

Academic degree, academic status: Candidate of Technical Sciences

Position: associate professor of jet engines and power plants department

Specialty from nomenclature of scientific specialties (Code of Higher Attestation Commission): 05.07.05 – Heat, electrical rocket engines and power plants of aircraft

Scientific major: aircraft engines, thermodynamics, gas dynamics, burning, mathematical modeling, electrophysics.

The main publications:

  1. Sabirzyanov A. N. Modeling of emission characteristics of GTD combustion chambers / A. N. Sabirzyanov, V. B. Yavkin, Yu. B. Alexandrov, A. N. Markushin, A. V. Baklanov // Bulletin of the Kazan state technical university named after A. N. Tupolev. 2014. №. 2. P. 62‒70.
  2. Sabirzyanov A. N. Expiration coefficient of the face nozzle without entrance site / I. A. Yatsenko, A. N. Sabirzyanov, V. A. Fafurin, V. B. Yavkin // Bulletin of the Kazan state technical university. 2014. T. 17. №. 8. P. 112‒116.

Hmarskij Petr Aleksandrovich

Email: pierre2009@mail.ru

Place of work: Educational establishment “Military Academy of the Republic of Belarus”, Minsk, the Republic of Belarus

Academic degree: Candidate of Engineering Sciences

Post: associate Professor of the Department of aviation radio electronic systems

Specialty from nomenclature of scientific specialties (Code of Higher Attestation Commission): 05-12-14 (Radiolocation and radio navigation)

Scientific major: aviation radio communication; radiolocation; radio navigation and methods of their operation

Important publications:

  1. Hmarskij P.A. (2013). Features of the algorithm unscented Kalman filter when observing objects in polar coordinates / P.A. Hmarskij, A.S. Solonar // Paper BGUIR. 2013. № 2 (72). Pp. 79-85. (In Russian).
  2. Hmarskij P.A. (2014). The impact of observation conditions on quality parameters of discrete Kalman filters with observation of rectangular coordinates / P.A. Hmarskij, A.S. Solonar // Appl. to Proc. of the NAS of RB (phys.-tech. sciences). 2014. №2. Pp. 102-109. (In Russian).
  3. Hmarskij P.A. (2014). Items designing of program complex of radar signals modeling / Hmarskij P.A., A.S. Solonar, S.N. Yarmolik, A.S. Khramenkov, A.A. Mikhalkovsky // Paper BGUIR. 2014. № 6 (84). Pp. 60-66. (In Russian).

Shomankov Dmitrij Anatol”evich

E-mail: shomankov@yandex.ru

Place of work: Educational establishment «The Military Academy of the Republic of Belarus», Minsk, Republic of Belarus

Post: Senior Lecturer, The department of Aeronautical Engineering

Scientific major: methods, the means of control and forecasting of the technical condition of aeronautical equipment including the usage of automatic measuring and expert systems; advanced systems of technical evaluation of aeronautical equipment

Important publications:

  1. Shomankov D. A. Diagnosticheskaja model’ kanala izmerenija barometricheskoj vysoty poleta vozdushnogo sudna po informacii sredstv ob#ektivnogo kontrolja / D. A. Shomankov, V. R. Vashkevich // Sb. nauch. st.Voen. akad. Resp. Belarus’. 2013. № 24. S. 114–122.
  2. Shomankov D. A. Metodika avtomatizirovannogo diagnostirovanija kanala izmerenija barometricheskoj vysoty poleta vozdushnogo sudna / D. A. Shomankov, V. R. Vashkevich // Zhurnal «Nauka i voennaja bezopasnost’». GU «NII VS RB». 2013. № 4. S. 29–34.
  3. Shomankov D. A. Algoritm optimal’nogo ocenivanija barometricheskoj vysoty poleta vozdushnogo sudna po dannym bortovyh registratorov / Shomankov D. A., Bogush D. A., Syt’ko D. A. // Sb. nauch. Statej po materialam III Vserossijskoj nauchno-prakticheskoj konferencii «AVIATOR» – Voronezh: VUNC VVS «Voenno-vozdushnaja akademija imeni professora N. E. Zhukovskogo i Ju. A. Gagarina», 2015. S. 239–243.

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