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Using Multistatic Passive Radar
For Real-Time Detection Of
UFOs In The Near
Earth Environment

Copyright 2004
Peter B. Davenport
All rights reserved.
7-13-4
 
Author: Peter B. Davenport
Director, National UFO Reporting Center
Seattle, Washington
 
ABSTRACT:
 
The author proposes a system for the remote, real-time detection of UFOs in the near-Earth environment, using passive, multi-static, frequency-modulated (FM) radar. The system capitalizes on the use of multiple, time-synchronized radio receivers to capture high-frequency radio signals reflected from a target. The time-lapse between received signals, together with three-dimensional Doppler-shift analysis, permits calculation of a target's location, velocity, acceleration, flight path, and other parameters, possibly to include target size estimation. Signal analysis of the reflected signal, combined with analysis of target characteristics, will permit discrimination between suspected UFOs, and targets of terrestrial origin, e.g. aircraft, satellites, space debris, meteor trails, upper atmospheric conditions, weather phenomena, migratory birds, the Moon, etc.. One application proposed may allow detection of UFOs out to a range of at least 27,600 kilometers from the Earth's surface.
 
END COPIED MATERIAL
 
Peter B. Davenport, Director
National UFO Reporting Center
P. O. Box 45623
University Station
Seattle, WA 98145
E-Mail: director@ufocenter.com
Web: www.UFOCENTER.com
Reporting Hotline: (206) 722-3000
 


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