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Electronic and information tools for physiological and medical research
K.V. Zaichenko
Method of forming a rational set of test trajectory options to increase the reliability of performance evaluation during testing of radar information tools

R.A. Gudaev¹, I.V. Chebotar², S.V. Kulikov³, Z.F. Shaidulin4, M.T. Baldytchev5, М.S. Smirnov6

1,3,6 Mozhaysky Military Space Academy (Saint Petersburg, Russian)

2,4,5 Military University of Radioelectronics (Cherepovets, Russian)

Model of the functioning of the optoelectronic information system for detecting space debris

V.V. Pyatkov1, I.V. Chebotar2, R.A. Gudaev3, S.V. Kulikov4, R.R. Fattahov5

1,3,4 Mozhaysky Military Space Academy (Saint Petersburg, Russia), 2  Cherepovets Higher Military Engineering School of Radio Electronics (Cherepovets, Russia)

Methodology for estimating the error in predicting the position of space debris elements based on the results of tracking by a radar information tool

I.V. Chebotar1, R.A. Gudaev2, S.V. Kulikov3, M.S. Smirnov4, V.M. Lizan5

1Military University of Radioelectronics (Cherepovets, Russia)

2−5A.F. Mozhaysky Military Space Academy (Saint Petersburg, Russia)

Methodology for estimating the error in predicting the position of space debris elements based on the results of tracking by a radar information tool

I.V. Chebotar1, R.A. Gudaev2, S.V. Kulikov3, M.S. Smirnov4, V.M. Lizan5

1 Military University of Radioelectronics (Cherepovets, Russia)
2−5 A.F. Mozhaysky Military Space Academy (Saint Petersburg, Russia)
1−5 cvviur6@mil.ru