CONSTRUCTION PRINCIPLE OF SATELLITE COMMUNICATION SYSTEM WITH ADVANCED ENERGETIC CONCEALMENT
Abstract and keywords
Abstract (English):
The selection condition of low-frequency carrier used in a satellite communication system for requirements for allowable energetic concealment and the probability of erroneous reception is justified. Under this condition the structural scheme of a satellite communication system with adaptive blocks of low-frequency carrier selection and the parameters of the receiving antenna are developed.

Keywords:
satellite communication systems, noise immunity, energetic concealment, split signal reception, fading correlation
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ПРИНЦИП ПОСТРОЕНИЯ СИСТЕМЫ СПУТНИКОВОЙ СВЯЗИ С ПОВЫШЕННОЙ ЭНЕРГЕТИЧЕСКОЙ СКРЫТНОСТЬЮ
References

1. Chipiga A.F., Pashincev V.P. Povyshenie energeticheskoy skrytnosti sistem sputnikovoy svyazi pri blizkom razmeschenii priemnika radioperehvata // Nelineynyy mir. - 2013. - T. 11, № 9. - S. 659-671.

2. Cimbal V.A., Pashincev V.P., Chipiga A.F. Analiticheskaya zavisimost' energeticheskoy skrytnosti sputnikovoy svyazi ot vybora nesuschey chastoty // Trudy 18 Mezhdunarodnoy nauchno-tehnicheskoy konferencii «Radiolokaciya navigaciya svyaz'», g. Voronezh 17-19 aprelya 2012 g., - S. 2113-2120.

3. Chipiga A.F., Senokosova A.V. Spo-sob obespecheniya energeticheskoy skrytnosti sistem sputnikovoy svyazi // Kosmicheskie issledovaniya. - 2009. - T. 47, № 5. - S. 428-433.

4. Chipiga A.F., Senokosova A.V. Zaschita informacii v sistemah kosmicheskoy svyazi za schet izmeneniya usloviy rasprostraneniya radiovoln // Kosmicheskie issledovaniya. - 2007. - T. 45, № 1. - S. 59-66.

5. Pashincev V.P., Koval' S.A., Strekozov V.I., Bessmertnyy M.Yu. Obnaruzhenie iskusstvennyh ionosfernyh neodnorodnostey s pomosch'yu sputnikovyh radionavigacionnyh sistem // Teoriya i tehnika radiosvyazi. - 2013. - №1. - S. 112-117.

6. Chipiga A. F., Dagaev E. H. Ocenka intervala prostranstvennoy korrelyacii zamiraniy v transionosfernom kanale svyazi // Teoriya i tehnika radiosvyazi. - 2013. - №1. - S. 112-117.

7. Pashincev V.P., Chipiga A.F., Lapina M.A., Malsugenov O.V., Hohlov I.E. Primenenie metoda vrascheniy dlya ocenki pomehoustoychivosti raznesennogo priema signalov. - Stavropol', Sovremennaya nauka i innovacii. - №1. - 2013.

8. Pashincev V.P., Chipiga A.F., Lapina M.A., Hohlov I.E. Algoritm rascheta veroyatnosti oshibki v radiokanalah s zamiraniyami s pomosch'yu metoda vrascheniy. - Stavropol', Vestnik SKFU. - 2013 - №2.

9. Chipiga A.F., Kiselev D.P., Medenec V.V., Peskov M.V. Moschnost' shuma na vhode priemnika sputnikovoy svyazi, ispol'zuyuschego ponizhennuyu nesuschuyu chastotu // Nauchno-prakticheskiy zhurnal «Privolzhskiy nauchnyy vestnik». - 2013 - № 7 (23). S 62-64.

10. Chipiga A.F., Kiselev D.P., Medenec V.V., Peskov M.V. Obosnovanie znacheniy parametrov tehnicheskih sredstv sistem sputnikovoy svyazi, rabotayuschih na ponizhennyh chastotah // VII Mezhdunarodnaya zaochnaya nauchno-prakticheskaya konferenciya «Estestvennye i matematicheskie nauki v sovremennom mire», g. Novosibirsk, 4-9 iyulya 2013 g. - Novosibirsk, 2013. - S 29-34.

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