• Sergey P. Belov
  • Evgeniy G. Zhilyakov
  • Sergey A. Raczynski
  • Aleksandr S. Belov
  • Andrei S. Belov
  • Andrei D. Bukhantsov
Keywords: satellite telecommunication systems, linear frequency modulated signal, a function of uncertainty, noise immunity, pseudo-random sequence


It is known, when using narrow-band signals in high orbital satellite communication systems for organizing exchange of information, the efficiency of allocated frequency and time communication channel resource usage is reduced due to the large uncertainty in the frequency caused at the Doppler Effect and changes time of received signals arrival.

In this regard, currently one of the promising directions in the development of methods for constructing channel signals for use as information carriers in modern high-orbit satellite communication systems with code division of addresses, providing communication between remote subscribers in the Northern latitudes, is the use of broadband noise-like signals, which are the result of the use of special codes and new methods of spectrum expansion.

However, the priority of usage of one or another signal class in these systems is largely determined by their resistance to Doppler frequency shift. In with this regard article assesses the noise immunity of high-orbit satellite telecommunication systems with code division of addresses when using a number of broadband noise-like signals with linear frequency modulation as information carriers.


Download data is not yet available.


. Varakin L.E.,1970. Theory of complex signals, Moscow,Pages:375. Available at: http://bookre.org/reader?file=405705 (accessed 14 May, 2019). (in Russian).

. Pestryakov V.B., Afanasyev V.P., Gurvich V.L. and et.1973. Noise-like signals in information transmission systems, Moscow, Pages:424. Available at: https://booksee.org/book/756964(accessed 14 May, 2019).(in Russian).

. Varakin, L.E., 1985.Communication systems with noise-like signals, Moscow,Pages:384. https://www.studmed.ru/varakin-le-sistemy-svyazi-s-shumopodobnymi-signalami_7cfcca93721.html(accessed 14 May, 2019).(in Russian).

. Tuzov, G.I., 1977. Statistical theory of reception of complex signals, Moscow, Pages: 400.https://b-ok.org/book/746414/0963ac (accessed 14 May, 2019).(in Russian).

. Borisov, V.I., 2008. Interference immunity of radio communication systems with spreading of signals by pseudo-random carrier modulation, Moscow, Pages: 512.https://b-ok.org/book/2627566/c12d23 (accessed 14 May, 2019). (in Russian).

. Dickson, R.K. 1979. Broadband systems, Moscow, Pages: 304.http://bookre.org/reader?file=726471(accessed 14 May, 2019).(in Russian).

. KochemasovV.N., BelovL.A., Okoneshnikov V.S. ,1983.Formation of signals with linear frequency modulation, Moscow, Pages: 192.https://www.twirpx.com/file/1487714 (accessed 14 May, 2019).(in Russian).

. Cook K., Bernfeld M. 1971.Radar signals, Moscow, Pages: 568.http://bookre.org/reader?file=581493 (accessed 14 May, 2019).(in Russian).

. Belov S. P., Zhilyakov E.G., Belov A. S.. Possibility of the use of a class of complex signals with chirp to transmit voice data in digital mobile communication systems. Questions of radio electronics. Ser. "Electronic computing equipment (EWT)". M., 2008, â„–1: 161-171 p.

. Belov S. P., Zhilyakov E. G. and et.. Method of frame synchronization of wideband signals. Scientific sheets of BelSU. Ser. History Political Science Economics Computer Science. [Belgorod State University Scientific Bulletin. History Political Science Economics Information Technologies]. 2015, 19 (216): 187-191.

. Zyuko A.G., Klovskiy, D.D. Nazarov M.V., Fink L.M., 1980. Theory of signal transmission. M., Communication, 288.http://bookre.org/reader?file=1221371 (accessed 14 May, 2019). (in Russian).

. Ipatov, VP Broadband systems and code separation of signals. Principles and applications [Text]. - Moscow: Technosphere, 2007 – 488 p https://b-ok.org/book/2624471/c9cefe (accessed 14 May, 2019). (in Russian).

How to Cite
Belov, S. P., Zhilyakov, E. G., Raczynski, S. A., Belov, A. S., Belov, A. S., & Bukhantsov, A. D. (2019). EVALUATION OF NOISE IMMUNITY OF HIGH ORBITAL SATELLITE TELECOMMUNICATION SYSTEMS WITH BROADBAND NOISE-LIKE SIGN. COMPUSOFT: An International Journal of Advanced Computer Technology, 8(6). Retrieved from https://ijact.joae.org/index.php/ijact/article/view/954