Geodetic Surveying and Satellite Positioning

  • Tom Logsdon


In 1988 a team of surveyors used the signals from the Naystar satellites to re-establish the locations of 250,000 landmarks sprinkled across the United States. According to one early press report, their space-age measurements caused the research team to “move the Washington Monument 94.5 feet to the northwest!” And during that same surveying campaign, they moved the Empire State Building 120.5 feet to the northeast, and they repositioned Chicago’s Sears Tower 90.1 feet to the northwest.


Baseline Length Navigation Solution Transit Satellite Empire State Building Equipotential Contour 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.


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  1. Clements, Philip A. September/October 1990. GPS–out of this world. GPS World.Google Scholar
  2. Frei, Erwin, Richard Gough, and Fritz K. Brunner. 28 April-2 May 1986. POPS: a new generation of GPS post-processing software. Paper read at Fourth International Geodetic Symposium on Satellite Positioning. Austin, Texas.Google Scholar
  3. Gough, Richard, et al. “The WM 101 and POPS: an investigation in the Swiss Alps.” 9435 Heerbrugg, Switzerland: Wild Heerbrugg.Google Scholar
  4. GPS: A Field Guide to Dynamic Surveying. 1992. Sunnyvale, California: Trimble Navigation.Google Scholar
  5. GPS: A Field Guide to Static Surveying. 1991. Sunnyvale, California: Trimble Navigation.Google Scholar
  6. Higher precision, quality benchmarks success. December 1994. GPS World Showcase. pp. 38-39.Google Scholar
  7. Logsdon, Thomas S. June 1983. What goes up into orbit doesn’t necessarily come down —at least not right away. Technology Illustrated.Google Scholar
  8. Logsdon, T. S., and C. W. Helms. December 1983. Promising third-world applications of the Naystar global positioning system. Paper read at the African Communication Application of Satellites Conference, Kenya, Africa.Google Scholar
  9. Perez-Urquiola, Manuel Catalan, Manuel Berrocoso Dominguez, and Dolores Garcia-Solis Martinez. October 1991. Forging a South American-Antarctica GPS geodetic link. GPS World.Google Scholar
  10. Rome, H. James. Fall 1988. Low-orbit navigation concepts. Navigation: Journal of the Institute of Navigation.Google Scholar
  11. Smith, Bruce A. April 20, 1979. Four orbiters to get Naystar capability. Aviation Week and Space Technology.Google Scholar
  12. Upadhyay, Triveni N., Stephen Cotterill, and Wayne A. Deaton. Autonomous GPS/INS navigation experiment for space transfer vehicle (STV). Paper read at First European Space Agency International Conference on Spacecraft Guidance, Navigation and Control Systems, 4-7 June 1991, Noordwijk, The Netherlands.Google Scholar
  13. Vogel, Shawna. August 1989. Wobbling world. Discover.Google Scholar
  14. Williams, J.E.D. 1992. From Sails to Satellites: The Origin and Development of Navigational Science. Oxford, England: Oxford University Press.Google Scholar
  15. Yunck, Thomas P., Slen-Chong Wu, Diun-Tsong Wu, and Catherine L. Thornton. January 1990. Precise tracking of remote sensing satellites with the global positioning system. IEEE Transactions on Geoscience and Remote Sensing.Google Scholar

Copyright information

© Tom Logsdon 1995

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  • Tom Logsdon

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