Performance Comparisons for Today’s Radionavigation Systems

  • Tom Logsdon


Simple radionavigation systems first began to flourish high above the smoke-powder killing fields of World War II. During that conflict, digital pulse trains and serpentine carrier waves guided both Allied and Axis bombers over land and sea. Later, when peace descended on the European continent, derivative ground-based navigation systems helped foster many useful civilian and military applications.


Navigation System Carrier Wave Transmission Frequency Slant Range Strapdown Inertial Navigation System 
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  1. Enge, Per K., and James R. McCullough. Winter 1988-1989.Aiding GPS with calibrated Loran C. Navigation: Journal of the Institute of Navigation. Google Scholar
  2. Foley, Theresa. July 25, 1988. Space operations begin using geostar payload. Aviation Week and Space Technology. p. 55.Google Scholar
  3. Logsdon, Thomas S. July/August 1984. Satellites bring new precision to navigation. High Technology.Google Scholar
  4. Logsdon, T S., and C. W. Helms. Comparisons between the capabilities of the Naystar GPS and other radionavigation systems. Paper read at EASCON 1981: Electronics and Aerospace Systems Conference, 16 November 1981, Washington, D.C., Rockwell International, SSD 81 - 0177.Google Scholar
  5. Stoddard, Rob. October 1986. Geostar: RDSS on the move. Satellite Communications.Google Scholar
  6. Vartabedian, Ralph. November 29, 1994. Orbital Sciences to Acquire GPS Maker Magellan Systems. Los Angeles Times.Google Scholar

Copyright information

© Tom Logsdon 1995

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  • Tom Logsdon

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