528.236 | Geodesy and cartography

Системы координат и преобразования координат.

Article Title	Pages

Geodesy
The investigation of the scale formula in Gauss - Krueger projetion for 12-grade coordinate zones Makarov A.P.	2-4

Geodesy
Parameter estimation of direct and inverse transformation formulas of spatial coordinates Oskorbin N.M., Sukhanov S.I.	26-29

Geodesy
The determination of height anomaly by satellitic methodes Balandin V.N., Menchikov I.V., Firsov Yu.G., Efanov A.I.	11–16

Geodesy
Refinement of transformation algorithms for the transitions between state coordinate system and cities local coordinate system Zalutsky V. T.	2-7
Development of mathematical model Gauss – Kruger coordinate system for calculating planimetric rectangular coordinates using geodesic coordinates Medvedev P.A., Novgorodskaya M.V.	10-19
Mathematical models’ analysis of rectangular coordinates’calculation in the expanded zones of Gauss Kruger conformal projection Medvedev P.A., Novgorodskaya M.V.	14-19

Geodesy
Mathematical models of Gauss – Kruger projection for calculation of meridians conversion on the plane and scale of the image Medvedev P.A., Novgorodskaya M.V.	2-7

Geodesy
Technique for relation global reference system and local realization of global reference system by continuously operated reference stations Tereshchenko V.E.	24-37
Determining the parameters of a local coordinate system with a non-standard longitude of the central meridian. Analysis of existing methods Vinogradov A.V.	2-12
Comments on Gauss – Kruger’s projection algorithms for hexagonal meridian zones Medvedev P.A.	2-6

Pages