ГНСС

Article Title Pages
2015
Geodesy
Frequency-in-time base for coordinate-in-time determinations in GNSS technologies
Khanykova E.A. 		25-30
2013
Geodesy
Study of the code and phase GNSS and WADGPS and OmniSTAR
Zarzura F.H., Mazurov B.T. 		2-4
2012
Geodesy
High-Precision Complex Of Functional GNSS Augmentation
Karutin S.N. 		25-31
2020
Space geodesy and navigation
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
2024
Geodesy
Multifunctional automated measuring stand for tasks of geodesy and navigation
Kupriyanov A.O., Morozov D.A., Kuznetsov D.A., Leve D.E. 		9-17
Methodology of land management works geodetic support with dual-frequency-GNSS-module smartphones
Shevchuk A.A. 		10-14
Geodynamic research
Development prospects of the geodynamic and seismological monitoring system of underground gas storage facilities, the example of the Yelshano-Kurdyum
Nesterenko M.Yu., Oborin A.V., Tsvyak A.V., Manevich A.I., Kvyatkovskaya S.S., Shevchuk S.V. 		46-53
Space geodesy and navigation
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
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
2025
Space geodesy and navigation
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