The construction of the isomorphic ensemble of signals for async-address systems

В.Ю. Михайлов; Р.Б. Мазепа

The construction of the isomorphic ensemble of signals for async-address systems

research article Pages: 36-41

¹ д.т.н., профессор, Московский авиационный институт (национальный исследовательский университет)
² к.т.н., зав. кафедрой, Московский авиационный институт (национальный исследовательский университет)

Keywords: async-address system control and measurement aerospace systems ensembles of signals the cross-correlation function imitation interference structural stealth radio systems

Abstract

Considers the problems of quasi-orthogonal signals ensembles designing with many transformation options for increased structural stealth async-address radio systems. The first one is generated by the desire to create the greatest ensemble for the acceptable level cross-channel interference having constraints on the time of the signal acquisition and on the complexity of respective devices implementation. These characteristics strongly depend on the considered class of signals, so one is fixed when the best ensemble is designed.

The second problem occurs when exposed to imitation interference, effective protection from which is to enhance structural stealth radio systems by periodic change of the used ensemble of signals [1] in the class.

A separate task is to design of signals in which under these constraints these problems are solved in the best way.

The article, based on the algebraic representation of cross-correlation function of M-sequences and other algebraic codes, the model of signal ensembles designing with many transformation options to increase of structural stealth async-address radio systems under the influence of noise and imitation interference is proposed.

How to cite

Михайлов В.Ю., Мазепа Р.Б. Построение изоморфных ансамблей сигналов в асинхронно адресных системах // Наукоемкие технологии. 2015. № 11. С. 36–41.

References

Orjol D.V., ZHuk A.P. Metod povyshenija pomekhozashhishhennosti navigacionnogo signala sputnikovojj radionavigacionnojj sistemy // Trudy MFTI. 2014. T. 6. № 4. S. 119−125.
Alekseev A.I., SHeremetev A.G., Tuzov G.I., Glazov B.I. Teorija i primenenie psevdosluchajjnykh signalov. M.: Nauka. 1969. 365 s.
Pestrjakov V.B., Afanasev V.P., Gurvic V.L.i dr. SHumopodobnye signaly v sistemakh peredachi informacii / Pod red. V.B. Pestrjakova. M.: Sov. radio. 1973. 424 s.
Makarenko S.I., Ivanov M.S., Popov S.A. Pomekhozashhishhennost sistem svjazi s psevdosluchajjnojj perestrojjkojj rabochejj chastoty. SPb.: Svoe izdatelstvo. 2013. 166 s.
Nikolaev V., Garmonov A., Lebedev JU. Koncern «Sozvezdie». Sistemy shirokopolosnogo radiodostupa 4 pokolenija: vybor signalno-kodovykh konstrukcijj // Pervaja milja. 2010. № 5−6. S. 56−59.
Mikhajjlov V.JU. Sintez podklassa trekhkomponentnykh sostavnykh kodov so sverkhbolshim ansamblem // Vestnik Moskovskogo aviacionnogo instituta. 2012. T. 19. № 1. S. 142−148.
Viterbi EH.D. Principy kogerentnojj svjazi. M.: Sov. radio. 1970.
Mikhajjlov V.JU. Teorija i praktika kodirovanija. M.: MAI-PRINT. 2010. 308 s.
Mikhajjlov V.JU. Ocenka dvumernojj funkcii vzaimnojj korreljacii kodirovannykh signalov // Izvestija instituta inzhenernojj fiziki. 2012. № 1. S. 37−39.
B. Codenotti, I. Gerace, S. Vigna. Hardness Results and Spectral Techniques for Combinatorial Problems on Circulant Graphs // Linear Algebra Appl. 1998. V. 285.P. 123−142.
http://www.mathworks.com/matlabcentral/fileexchange/19889-maximal-cliques/content/maximalCliques.m. 21.09.2015.
http://reference.wolfram.com/language/ref/FindClique.html. 21.09.2015.
http://www.dharwadker.org/clique/. 21.09.2015.

[1] Orjol D.V., ZHuk A.P. Metod povyshenija pomekhozashhishhennosti navigacionnogo signala sputnikovojj radionavigacionnojj sistemy // Trudy MFTI. 2014. T. 6. № 4. S. 119−125.

[2] Alekseev A.I., SHeremetev A.G., Tuzov G.I., Glazov B.I. Teorija i primenenie psevdosluchajjnykh signalov. M.: Nauka. 1969. 365 s.

[3] Pestrjakov V.B., Afanasev V.P., Gurvic V.L.i dr. SHumopodobnye signaly v sistemakh peredachi informacii / Pod red. V.B. Pestrjakova. M.: Sov. radio. 1973. 424 s.

[4] Makarenko S.I., Ivanov M.S., Popov S.A. Pomekhozashhishhennost sistem svjazi s psevdosluchajjnojj perestrojjkojj rabochejj chastoty. SPb.: Svoe izdatelstvo. 2013. 166 s.

[5] Nikolaev V., Garmonov A., Lebedev JU. Koncern «Sozvezdie». Sistemy shirokopolosnogo radiodostupa 4 pokolenija: vybor signalno-kodovykh konstrukcijj // Pervaja milja. 2010. № 5−6. S. 56−59.

[6] Mikhajjlov V.JU. Sintez podklassa trekhkomponentnykh sostavnykh kodov so sverkhbolshim ansamblem // Vestnik Moskovskogo aviacionnogo instituta. 2012. T. 19. № 1. S. 142−148.

[7] Viterbi EH.D. Principy kogerentnojj svjazi. M.: Sov. radio. 1970.

[8] Mikhajjlov V.JU. Teorija i praktika kodirovanija. M.: MAI-PRINT. 2010. 308 s.

[9] Mikhajjlov V.JU. Ocenka dvumernojj funkcii vzaimnojj korreljacii kodirovannykh signalov // Izvestija instituta inzhenernojj fiziki. 2012. № 1. S. 37−39.

[10] B. Codenotti, I. Gerace, S. Vigna. Hardness Results and Spectral Techniques for Combinatorial Problems on Circulant Graphs // Linear Algebra Appl. 1998. V. 285.P. 123−142.

[11] http://www.mathworks.com/matlabcentral/fileexchange/19889-maximal-cliques/content/maximalCliques.m. 21.09.2015.

[12] http://reference.wolfram.com/language/ref/FindClique.html. 21.09.2015.

[13] http://www.dharwadker.org/clique/. 21.09.2015.