Submit an Article
Become a reviewer
Vol 204
Pages:
15-18
Download volume:
RUS
Article

Use of affinne coordinate conversion at the local geodetic surveys with applying of GPS-receivers

Authors:
G. I. Khudiakov1
G. V. Makarov2
About authors
  • 1 — Ph.D., Dr.Sci. professor National Mineral Resources University (Mining University)
  • 2 — Ph.D., Dr.Sci. professor Admiral Makarov State University of Maritime and Inland Shipping
Date submitted:
2012-11-01
Date accepted:
2013-01-02
Date published:
2013-11-18

Abstract

For the local geodetic surveys carried out with the help of the receivers of satellite radionavigation systems, it is offered to use the affinne conversion of flat coordinates, is well known in analytical geometry in the plane. The algorithm of the solution of a problem of such coordinate conversion is given. The testing of the implementation of this algorithm used for electronic-cartographical support of intelligent transportation systems, in real service conditions of intelligent transportation systems is described.

Область исследования:
(Archived) Engineering geodesy
Keywords:
affinne conversions satellite radionavigation systems flat rectangular coordinates universal transverse Mercator coordinate conversion Gauss – Kruger’s coordinates GPS-receiver intelligent transportation systems
Go to volume 204

References

  1. Vasil’ev A.S., Kochukhay A.V., Khudyakov G.I. A set of software tools for dispatching control and build electronic charts (Dispatcher). The certificate of official registration of computer programs N 2001611414, N 2001611299 application from September 24, 2001 // Rospatent, October 23, 2001.
  2. Konin V.V., Kharchenko V.P. Satellite radionavigation systems. Kiev: Kholtech, 2010. 520 p.
  3. Kushtin I. F., Kushtin V.I. Engineering surveying: Tutorial. Rostov-na-Donu: Phoenix, 2002. 416 p.
  4. Muskhelishvili N.I. The course of analytical geometry. Мoscow: Pub. house MSU, 1967. 655 p.
  5. On’kovI.V. Determination of parameters of flat rectangular coordinates conversion in Gaussian projection on the same points //Geoprofy. 2010. N 6. P.56-59.
  6. RF Patent 2207632. IPC G 08 G 1/13. The method to display the location of the vehicle on the electronic map in radiosystems dispatching to traffic /A.S. Vasil’ev, V.V. Korniyenko, A.V. Kochukhay, A.V. Mogutov, G.I. Khudiakov. Publ.27.06.2003. Bull.N 18. Priority 9.06.2001.
  7. Serapinas B.B. Satellite-based positioning. Мoscow: Pub. house MSU, 2012. 256 p.
  8. Fedotov G.A. Engineering surveying: Tutorial. Мoscow: High school, 2004. 463 p.
  9. Khudiakov G.I. Intelligent transportation systems: Tutorial. Saint Petersburg: Pub. house NWPI, 2006. 184 p.
  10. Jatsenkov V.S. Fundamentals of Satellite Navigation. GPS-Navstar and GLONASS systems. Мoscow: Hotline-Telecomm, 2003. 272 p.
  11. GPS-navigation orienteering tournament // URL: http://www.gisa.ru/16202.htm.
  12. Salkosuo S. Coordinate conversion made easy // IBM developer works. 28 Aug. 2007.

Similar articles

Characteristics of the strain-stress distribution of the quarry face with different curve
2013 M. G. Mustafin, A. V. Panchenko
Recommendations on the content and periodicity of geodetic control of the crane tracks electric bridge crane
2013 V. G. Potjuchliaev, G. I. Khudiakov
Limitations management of land resources is based on information support for state real estate cadastre
2013 V. A. Kiselev, A. G. Shabaev
Automation of architecture and urban-planning authority as the basis of strategic planning
2013 P. P. Spirin, E. B. Bejaeva, V. F. Kovyazin, E. D. Asetskaya
The method of geodetic measurument of Saint Nicholas Naval сathedral deformation in the town of Kronstadt
2013 O. S. Stepanova, G. V. Makarov
The isolation of landslide-prone territory using the neural network method
2013 A. A. Kuzin