MODELING OF SATELLITE CHANNEL FOR TRANSMISSION OF ADS-B MESSAGES

Authors

  • В.П. Харченко National Aviation University
  • Ю.М. Барабанов National Aviation University
  • A.M. Грехов National Aviation University
  • М.О. Газнюк National Aviation University
  • М.В. Колчев National Aviation University

DOI:

https://doi.org/10.18372/2306-1472.53.3478

Keywords:

surveillance over air traffic, system for reception of ADS-B signals

Abstract

 For surveillance over air traffic the system for reception of ADS-B signals was built. For this purpose the antenna, the receiver of ADS-B signals, the decoder were made and the software for computer was installed. Airplanes on a distance up to 160 km and heights up to 12 000 m were observed. This system has small "blind funnel" and allows to trace airplanes practically "over itself". The system is used in educational process and for performance of student's scientific researches.

Author Biographies

В.П. Харченко, National Aviation University

д.т.н., проф.

Ю.М. Барабанов, National Aviation University

к.т.н., доц.

A.M. Грехов, National Aviation University

д.ф.-м.н., проф.

М.О. Газнюк, National Aviation University

фахівець І категорії

М.В. Колчев, National Aviation University

студ.

References

EUROCONTROL. ADS-B Sites //www.euro control.int/ads_b_sites/

The CASCADE Programme //www.eurocon trol. int/cascade/

Live Flight Tracker //www.flightradar24.com/

Mode S and ACAS Program //www.euro control.int/msa/

Guidance for the Operational Introduction of SSR Mode //www.eurocontrol.int/eatm/gallery/con tent/public/ library/ssr-mode-s-ops.pdf/

miniADSB – Tutorial //miniADSB.com/

ADS-B Decoder and Software with PIC18 F2550 //www.sprut.de/electronic/pic/projekte/adsb/

Flightradar24 //www.flightradar24.com//

How to Cite

Харченко, В., Барабанов, Ю., Грехов A., Газнюк, М., & Колчев, М. (2012). MODELING OF SATELLITE CHANNEL FOR TRANSMISSION OF ADS-B MESSAGES. Proceedings of National Aviation University, 53(4), 13–19. https://doi.org/10.18372/2306-1472.53.3478

Issue

Section

AEROSPACE SYSTEMS FOR MONITORING AND CONTROL

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