METHOD FOR BUILDING A GLOBAL SPACE GEODETIC NETWORK APPLYING THE RESULTS OF OBSERVATIONS OF SPACECRAFT OF SATELLITE NAVIGATION SYSTEMS Russian patent published in 2022 - IPC G01S5/00 

Abstract RU 2776698 C1

FIELD: measuring.

SUBSTANCE: invention relates to the field of space geodesy, in particular, to methods for building a planetary-scale Global Space Geodetic Network. The substance of the proposed method is as follows. The template of the model of the Global Space Geodetic Network is an icosahedron. The Global Space Geodetic Network is built based on the results of the search, comparison, and consecutive selection of the nearest points – centres of existing and live observation stations of global navigation satellite systems – displayed in a spherical world map, and reference points of the template of the model of the Global Space Geodetic Network. The network with a set density is thickened through operations of bisection and trisection of the faces of the icosahedron transferred to the sphere, wherein the vertices of the new triangles form a regular network.

EFFECT: high-precision geodetic basis on a planetary scale is obtained.

1 cl, 5 dwg

Similar patents RU2776698C1

Title Year Author Number
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 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
METHOD FOR SPACE GEODETIC NETWORK CREATION 2006
  • Polovnikov Vitalij Ivanovich
  • Il'Ichev Vasilij Valentinovich
RU2337372C2
PROCESS OF FORMATION OF SPACE GEODETIC NETWORK 1997
  • Glushkov V.V.
  • Eljushkin V.G.
  • Nastretdinov K.K.
RU2124217C1
MODE OF DEFINITION OF THE LAND-SURVEYING COORDINATES OF AN OBJECT 2005
  • Rjaboshapka Viktor Grigor'Evich
RU2292526C1
METHOD OF DETERMINING DEFORMATIONS OF PILE SUPPORTS OF PIPELINE USING NAVIGATION SATELLITE SYSTEMS 2023
  • Elizarov Andrei Sergeevich
RU2821670C1
METHOD FOR DETERMINING SPATIAL COORDINATES AND ANGULAR POSITION OF A REMOTE OBJECT 2018
  • Bezmenov Vladimir Mikhajlovich
  • Bezmenov Vitalij Sergeevich
  • Garaev Nail Nilovich
  • Safin Kamil Irekovich
RU2681836C1
METHOD FOR CONSTRUCTING A CALIBRATION GRAVIMETRIC TEST RANGE 2021
  • Sokolov Semen Leonidovich
  • Smirnov Sergej Alekseevich
RU2774272C1
METHOD OF DETERMINING GEODESIC COORDINATES OF POINTS OF DETAIL FROM RESULTS OF GONIOMETRIC MEASUREMENTS ON SPACE IMAGES 2007
  • Baushev Sergej Valentinovich
  • Kozin Evgenij Vjacheslavovich
RU2362973C2
SPACE GEODESY COLOCATION STATION 2020
  • Ipatov Aleksandr Vasilevich
  • Ivanov Dmitrij Viktorovich
  • Gayazov Iskandar Safaevich
  • Marshalov Dmitrij Aleksandrovich
  • Bondarenko Yurij Sergeevich
  • Suvorkin Vladimir Valeryanovich
RU2760829C1

RU 2 776 698 C1

Authors

Pigulka Sergej Anatolevich

Smirnov Sergej Alekseevich

Dates

2022-07-25Published

2021-07-30Filed