DETERMINING THE VELOCITY OF THE INTERFERENCE PATTERN BY ANALYZING 3 MUTUALLY ORTHOGONAL PROJECTIONS OF THE RADIO SIGNAL FIELD VECTOR - PART-I - NUMERICAL-SIMULATION
El. Afraimovich et Ks. Palamartchouk, DETERMINING THE VELOCITY OF THE INTERFERENCE PATTERN BY ANALYZING 3 MUTUALLY ORTHOGONAL PROJECTIONS OF THE RADIO SIGNAL FIELD VECTOR - PART-I - NUMERICAL-SIMULATION, Journal of atmospheric and solar-terrestrial physics, 60(1), 1998, pp. 115-120
This article suggests using a spectral polarization method for measuri
ng the velocity of displacement of the interference pattern by analyzi
ng three mutually orthogonal projections of the radio signal held vect
or using a single receiving antenna. The initial stage of analysis inv
olves calculating complex Doppler spectra of time variations of these
projections. Thereupon, for each spectrum component, these data are us
ed to determine angle of arrival spectra. In conjunction with data on
Doppler frequency shifts, this procedure makes it possible to estimate
the velocity and direction of interference pattern displacement. We g
ive the equations to illustrate the proposed technology and simulation
results, showing that it is essentially possible to realize this idea
. (C) 1998 Published by Elsevier Science Ltd.