A.O. Zhukov¹, N.A. Kupriyanov², S.V. Logunov³, D.K. Khegai4, B.P. Sidorov5

1 JSC «The Moscow Energy Institute Special Design Bureau» (Moscow, Russia), 

2, 3 Military Space Academy named Mozhayskiy (Saint Petersburg, Russia)

4 ITMO University (Saint Petersburg, Russia)

5 Department of the Ministry of defense of the Russian Federation (Moscow, Russia)

The article deals with the use of the results of measuring the catalogued space objects coordinates by a radar station for long-range detection in the interests of differential correction of coordinate-time and navigation support for consumers. We describe the idea of comparing trajectory data that allows us to calculate the total electronic content in the direction of a catalyzed space object under the assumption of a thin layer at the height of the ionosphere maximum. The main stages of the method of differential correction of coordinates-but-time and navigation support for consumers based on the results of comparing trajectory data are described. The results of modeling are presented, which allow us to evaluate the possible positive effect when using the proposed approach.

Zhukov A.O., Kupriyanov N.A., Logunov S.V., Khegai D.K., Sidorov B.P. Development of differential correction of coordinate-time and consumer navigation support based on trajectory data comparisons. Science Intensive Technologies. 2021. V. 22. № 3. P. 68−77. DOI: 10.18127/j19998465-202103-08 (In Russian)

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