Journal Science Intensive Technologies №2 for 2023 year
Strategic stability, strategic deterrence and the role of ballistic missile attack warning system in their implementation

Y.G. Anoshko1, S.N. Torgovkin2, A.L. Molchanovskii3

1–3 JSC "Scientific and Production Association of Long-Range Radar" (Moscow, Russia)

7-15
Prospects for the development of long-range radar

Y.G. Anoshko1, S.N. Torgovkin2

1,2 JSC "Scientific and Production Association of Long-Range Radar" (Moscow, Russia)

16-22
The main directions of development of radar technology for the observation of space objects with low radar visibility

S.Ye. Shaldayev1, D.Yu. Ubozhenko2, S.S. Veniaminov3, D.G. Mitrofanov4, M.I. Tokan5

1–5 Scientific Research Center “Kosmos”, Ministry of Defence (Moscow, Russia)

23-31
The perspective directions of development of methods of spatio-temporal processing of signals in the systems of the over-the-horizon radar-location

J.V. Kuleshov1, A.P. Aleshkin2, V.V. Vladimirov3, T.O. Myslivtsev4, A.A. Koristin5, S.V. Nikiforov6, P.V. Savochkin7, S.N. Balakirev8

1,2 A.F. Mozhaiskiy Military Space Academy (St. Petersburg, Russia)

32-43
Method of identifying marks formed from a group of maneuvering objects based on fuzzy cluster analysis

A.P. Kadochnikov1, V.Y. Prorok2, D.S. Osadchay3, S.V. Sotnikov4

1–4 A.F. Mozhaisky Military Space Academy (St. Petersburg, Russia)

44-51
Joint use spaced radar distance detection in interests of solving problems space control

D.V. Levin1, G.N. Maltsev2, P.N. Trishkin3

1,2 A.F. Mozhaiskiy Military Space Academy (St. Petersburg, Russia)
 

52-58
Estimation the frequency of observation the arbitrary area on the Earth's surface by an orbital satellite constellation

D.Yu. Karasev1, K.V. Andreev2, A.N. Leukhin3, A.S. Pakhmutov4, A.I. Fantrov5

1–5  JSC RTI (Moscow, Russia)

59-66
67-78
Method of objects’ verification on radar images using ensembles of neural networks

N.D. Badanina1, V.V. Dudihin2, I. Yu. Mezhuev3, N.S. Novikova4, I.Yu. Yakupov5

1–5 JSC «Distant Radiocommunication Scientific Research Institute» (Moscow, Russia)

79-85
Simulation of a cost-effective microwave-photonics transceiver for a multi-position radar based on Radar-over-Fiber technology using microwave-electronic CAD system Cadence AWRDE

М.Е. Belkin1, V.V. Golovin2, Yu.N. Tyschuk3, V.P. Savchenko4

1, 4 JSC RTI (Moscow, Russia)
2,3 Sevastopol State University (SevSU) (Sevastopol, Russia)

86-92