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Technique for part optimization of radiofrequency spectrum for multifrequency radioelectronic means providing its electromagnetic compatibility

Keywords:

A.V. Vasiliev – Ph. D. (Eng.), Main Product Engineer, JSC «Corporation «Vega» (Moscow) T.A. Mikhailova – Ph. D. (Eng.), Senior Research Scientist, RC (Tver) CRI ADF of Russian Defence Ministry I.S. Mokrushina – Research Scientist, RC (Tver) CRI ADF of Russian Defence Ministry V.I. Shevchuk – Dr. Sc. (Eng.), Leading Research Scientist, RC (Tver) CRI ADF of Russian Defence Ministry


The purpose for possibility estimation of frequency bands separation to multifrequency RES providing its EMS in the given territory region is solved in the known literature with the use of a method, that doesn’t permit it to communicate the value of available frequency resource with corresponding lots of frequency (RFS parts) available to assignment at the given territory. In the work optimization technique of radiofrequency spectrum parts of multyfrequency RES is offered under ambiguity couditions of its location in the territory region in interests of ECM provision. Developed technique allows it to optimize parts of radiofrequency spectrum of multifrequency radioelectronic means, providing it electromagnetic compatibility. As a result of its use the minimum amount of frequencies is maximized available for RES assignment located at any points of territory under EMC provision.
References:

 

  1. JAkimenko V.S., Ljakh R.V., JAkimenko A.V., JAkimenko V.V. Metodika ocenki vozmozhnosti vydelenija polos chastot dlja novykh radiotekhnologijj peredachi dannykh // EHlektrosvjaz. № 11. 2010.
  2. Teorija i metody ocenki ehlektromagnitnojj sovmestimosti radioehlektronnykh sredstv / Pod red. JU.A. Feoktistova. M.: Radio i svjaz. 1988.
  3. Upravlenie radiochastotnym spektrom i ehlektromagnitnaja sovmestimost radiosistem. Ucheb. posobie / Pod red. M.A. Bykhovskogo. M.: EHko-Trendz. 2006.
  4. CHernoruckijj I.G. Metody prinjatija reshenijj. SPb.: BKHV–Peterburg. 2005.
  5. CHernoruckijj I.G. Metody optimizacii v teorii upravlenija. Piter. 2004.
  6. ZHuravleva V.A., Zanozin A.V., Mikhajjlova T.A., Sajj P.A. Metodika rascheta verojatnostnykh pokazatelejj ehlektromagnitnojj sovmestimosti radioehlektronnykh sredstv v uslovijakh neopredelennosti ikh vzaimnogo polozhenija // Radiotekhnika. № 7. 2008.
  7. ZHuravleva V.A., Zanozin A.V., Mikhajjlova T.A., Mokrushina I.S. Adaptivnyjj metod konechnykh ehlementov dlja rascheta pokazatelejj zagruzki radiochastotnogo spektra pri razlichnykh zakonakh razmeshhenija radioehlektronnykh sredstv // Radiotekhnika. № 1. 2009.
  8. ZHuravleva V.A., Zanozin A.V., Mikhajjlova T.A., Mokrushina I.S., Sajj P.A. Metodika obosnovanija chastotnykh i prostranstvennykh ogranichenijj na vydelenie polos chastot perspektivnym radioehlektronnym sredstvam // Radiotekhnika. № 9. 2009.
  9. Ketkov JU., Ketkov A., SHulc M.MATLAB 6.kh: programmirovanie chislennykh metodov. SPb.: BKHV–Peterburg. 2004.
  10. CHichinadze V.K. Reshenie nevypuklykh nelinejjnykh zadach optimizacii (metod Ψ preobrazovanija). M.: Nauka. Gl. red. fiz.-mat. lit-ry. 1983.
  11. Djakonov V.P. MATLAB 6.5 SP1/7.0. Simulink 5/6 matematike i modelirovanii. M.: SOLON-Press. 2005.

 

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