PROCESS OF FORMATION OF SPACE GEODETIC NETWORK Russian patent published in 1998 - IPC

Abstract RU 2124217 C1

FIELD: space geodesy. SUBSTANCE: process includes telemetering, Doppler and photographic measurements from points of space geodetic network to geodetic satellite and adjustment of these measurements by means of dynamic method of space geodesy with splitting of assemblage of all measurements into group of measurements uniformly distributed on long orbital arcs to reference origin of coordinates to center of mass of the Earth and into group of measurements distributed on short orbital arcs to define more exactly relative positions of points of space geodetic network with inclusion of decisions on short and long orbital arcs in the capacity of unknown elements of mutual transformation. This known method is supplemented with implementation of telemetering measurements between geodetic satellite and satellites of space navigation system and of telemetering measurements from part of points of space geodetic network to satellites of space navigation system. EFFECT: increased accuracy of referencing of origin of coordinates to center of mass of the Earth and determination of relative positions of points of space geodetic network thanks to compensation for nonuniform distribution of points over surface of the Earth and to nonuniform distribution of measurements on long orbital arcs.

Similar patents RU2124217C1

Title Year Author Number
METHOD FOR SPACE GEODETIC NETWORK CREATION 2006
  • Polovnikov Vitalij Ivanovich
  • Il'Ichev Vasilij Valentinovich
RU2337372C2
METHOD FOR SATELLITE GEODETIC LEVELLING OF DETERMINING THE PARAMETERS OF A GLOBAL MODEL OF THE EXTERNAL GRAVITY FIELD OF THE EARTH (EGFE) 2021
  • Malets Konstantin Vladimirovich
  • Pigulka Sergej Anatolevich
  • Rutko Igor Mikhajlovich
  • Langeman Igor Petrovich
RU2783645C1
METHOD FOR AUTONOMOUS MEASUREMENT OF GRAVITATIONAL FIELD PARAMETERS ON BOARD A SPACECRAFT 2022
  • Denisenko Oleg Valentinovich
  • Lopatin Vladislav Pavlovich
  • Fateev Vyacheslav Filippovich
RU2784481C1
METHOD FOR MEASURING THE GRAVITATIONAL ACCELERATION OF A SPACE VEHICLE 2021
  • Fateev Vyacheslav Filippovich
  • Denisenko Oleg Valentinovich
  • Silvestrov Igor Stanislavovich
  • Fedotov Vyacheslav Nikolaevich
  • Davlatov Ruslan Askardzhonovich
RU2768557C1
TARGET TRIANGULATION METHOD 2010
  • Bezjaev Viktor Stepanovich
RU2423720C1
METHOD FOR CREATING A SPATIAL ASTRONOMICAL-GEODESIC NETWORK ON THE SURFACE OF THE MOON USING MOBILE SYSTEMS OF LONG-BASELINE RADIO INTERFEROMETRY FOR OBSERVING QUASARS 2022
  • Pigulka Sergej Anatolevich
  • Malets Konstantin Vladimirovich
  • Maletskij Oleg Mikhajlovich
RU2785088C1
REAL-TIME SPACE-TIME SYSTEM 2005
  • Grachev Valerij Grigor'Evich
  • Nikolaev Evgenij Ivanovich
RU2274953C1
METHOD FOR HIGH-PRECISION MEASUREMENT OF AIRCRAFT TRAJECTORY COORDINATES IN FLIGHT INVESTIGATIONS ON LONG ROUTES 2008
  • Kopylov Igor' Anatol'Evich
  • Polikarpov Valerij Georgievich
  • Padenko Viktor Mikhajlovich
  • Kharin Evgenij Grigor'Evich
  • Kopelovich Vladimir Abovich
  • Kalinin Jurij Ivanovich
  • Saparina Tat'Jana Petrovna
  • Frolkina Ljudmila Veniaminovna
  • Stepanova Svetlana Jur'Evna
RU2393430C1
COORDINATE-INFORMATION SUPPORT METHOD FOR UNDERWATER MOBILE OBJECTS 2007
  • Chubykin Aleksej Alekseevich
  • Katenin Vladimir Aleksandrovich
RU2390098C2
METHOD FOR BUILDING A GLOBAL SPACE GEODETIC NETWORK APPLYING THE RESULTS OF OBSERVATIONS OF SPACECRAFT OF SATELLITE NAVIGATION SYSTEMS 2021
  • Pigulka Sergej Anatolevich
  • Smirnov Sergej Alekseevich
RU2776698C1

RU 2 124 217 C1

Authors

Glushkov V.V.

Eljushkin V.G.

Nastretdinov K.K.

Dates

1998-12-27Published

1997-05-06Filed