The new methods development for improvement MTI systems to-wards the increasing of the passive jamming suppression efficiency

А.Ю. Гордеев; В.В. Яцышен

The new methods development for improvement MTI systems to-wards the increasing of the passive jamming suppression efficiency

research article Pages: 40-52

¹ аспирант, кафедра теоретической радиотехники и радиофизики, ФГБОУ ВПО «Московский государственный технический университет радиотехники, электроники и автоматики» (МГТУ МИРЭА).)
² д.т.н., профессор, кафедра судебной экспертизы и физического материаловедения, ФГБОУ ВПО «Волгоградский государственный университет» (ВолГУ)

Keywords: notch filter interference producing object blind speed MTI interference covariance matrix interperiod correlation factor autoregressive process moving average process ARMA process classified sample of observations passive jamming YuleWalker method interperiod compensator Burg method Steiglitz-McBride algorithm Levinson algorithm corner reflector Helmholtz vector equation bistatic scattering monostatic scattering azimuth angle elevation angle polarized properties of scattered radiation

Abstract

The article deals with some problems of interference suppression in modern MTI systems, and also with some lines of attack on these problems as by means of classical radio engineering interference suppression methods improvement, as on the basis of reasonably seldom used electrodynamics approach to radar signal processing. Two new passive jamming suppression technics are considered in the article.

How to cite

Гордеев А.Ю., Яцышен В.В. Перспективные методы повышения эффективности подавления пассивных помех системами селекции движущихся целей // Электромагнитные волны и электронные системы. 2015. № 3. С. 40–52.

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Bartenev V.G., Kutepov V.E. Sravnitelnyjj analiz dvukh sposobov formirovanija vesovykh koehfficientov v adaptivnojj sisteme selekcii dvizhushhikhsja celejj // Doklad na 16-jj Mezhdunar. konf. DSPA-2014. Moskva. 26-28 marta 2014.
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[1] Zashhita ot radiopomekh / pod red. M.V. Maksimova. M.: Sov. radio. 1976. 496 s.

[2] Bartenev V.G., SHloma A.M. Obnaruzhenie impulsnykh signalov na fone nestacionarnykh pomekh s neizvestnymi korreljacionnymi svojjstvami // Radiotekhnika.1978. T. 33. № 5.

[3] Bakulev P.A., Kovan S.E. Algoritm obnaruzhenija signalov na fone mnogomodovykh korrelirovannykh pomekh // Radiotekhnika. 1981. T. 36. № 8. S. 69-72.

[4] Popov D.I. Sintez i analiz ehffektivnosti sistem mezhperiodnojj obrabotki signalov na fone pomekh s neizvestnymi korreljacionnymi svojjstvami // Radiotekhnika i ehlektronika. 1983. T. 28. № 12.

[5] Hui D., Ericsson Res. Durham, Hafeez A. Effective Interference Suppression Via Spatio-Temporal Block Decorrelation // Personal, Indoor and Mobile Radio Communications. 2007. PIMRC 2007. IEEE 18th International Symposium. R.1-5.

[6] Adve R.S., Wicks M., Hale T., Antonik P. Ground Moving Target Indication Using Knowledge Based Space-Time Adaptive Processing // Record of the 2000 IEEE International Radar Conference. May 2000.R. 735-740.

[7] Haimovich A.M., Bar-Ness Y. An Eignenanalysis Interference Canceler // IEEE Transactions on Signal Processing. January 1991. V. 39. № 1. R. 76-84.

[8] Popov D.I. Sintez cifrovykh adaptivnykh rezhektornykh filtrov // Radiotekhnika. 1981. T. 36. № 6.

[9] Bakulev P.A., Stepin V.M. Metody i ustrojjstva selekcii dvizhushhikhsja celejj. M.: Radio i svjaz. 1986. 283 s.

[10] Bartenev V.G., Pikaev I.K. Analiz ehffektivnosti adaptivnykh kompensatorov // Radiotekhnika. 1989. T. 43. № 3.

[11] Patent po zajavke № 2007101649. Sposob adaptivnojj filtracii diskretnykh pomekh / Bartenev V.G.

[12] Bartenev V.G. Adaptivnaja filtracija neklassificirovannykh vyborok nabljudenija // Sovremennaja ehlektronika. 2009. № 3. S. 68-71.

[13] Bartenev V.G. Adaptivnyjj reshetchatyjj filtr dlja podavlenija diskretnykh korrelirovannykh pomekh // Doklad na 10-jj Mezhdunar. konf. DSPA-2008. Moskva. 26-28 marta 2008.

[14] Bartenev V.G., Kutepov V.E. Sravnitelnyjj analiz dvukh sposobov formirovanija vesovykh koehfficientov v adaptivnojj sisteme selekcii dvizhushhikhsja celejj // Doklad na 16-jj Mezhdunar. konf. DSPA-2014. Moskva. 26-28 marta 2014.

[15] Peterson A.F., Ray S.L., Mittra R. Computational Methods for Electromagnetics. Universities Press (India). 2001.

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