Space geodesy and navigation | Page 2 | Geodesy and cartography

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Neuromorphic estimation of the parameters of the object’s motion according to the positioning data of GLONASS Devyatisilny A.S., Shurygin A.V.	47-51

№: 7
Accuracy estimation of GNSS observations at a reference basis as a means of testing the measuring equipment of local geodynamic monitoring Kaftan V.I., Tatarinov V.N., Manevich A.I., Prusakov A.N., Kaftan A.V.	37-46

№: 5
Mathematical model of sequential information integration in a satellite-inertial system for determining the movement of a geodesic platform Devyatisilny A.S., Shurygin A.V.	35-40

№: 7
The results of calibrating satellite altimetry measurements from the space geodetic system “GEO-IK-2” in the water area of the Rybinsk reservoir Gusev I.V., Dargel E.V., Langeman I.P., Lebedev S.A.	43-55

№: 6
Compatibility assessment of the PZ-90 reference frame with the International terrestrial reference frame (ITRF) Gusev I.V.	2-11

№: 7
Satellite altimetry data processing software package of the "GEO-IK-2" space geodetic system Gusev I.V., Lebedev S.A., Zhukov A.Y.	46-58

№: 2
Compatibility assessment of the reference frames orbital realizations broadcasted by the global navigation satellite systems with the International terrestrial reference frame (ITRF) during 2020–2023 Gusev I.V., Golubitskiy A.M.	51-64

№: 1
Indication of the impact of increased turbulent activity in the troposphere on the phase measurements of GNSS radio signals (the example of Nadia Hurricane) Kalinnikov V.V., Khutorova O.G.	59-64

№: 10
Comparative analysis of BDCS and PZ-90.11 orbital realizations transformation parameters with ITRF, calculated by the Russian and Chinese sides for the period of August – December 2020 Gusev I.V., Golubitskiy A.M.	55-64

№: 9
Developing an assessing method for the informative value of a gravitational field anomaly at solving map matching navigation problems Valov G. E., Mikhailov P.S., Koneshov V.N.	2-13

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