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Analysis and Simulation of Channel Nonreciprocity in Meteor-Burst Communications

Sulimov A.; Karpov A.; Lapshina I.; Khuzyashev R. (2017)

© 1963-2012 IEEE.This paper addresses the problem of nonreciprocity of propagation conditions in meteor-burst communication systems (MBCSs). In prior publications, this problem has not gained appropriate attention. The ...
Comparison of frequency-selective properties of meteor burst channel at the beginning and at the end of radio reflections from meteor trails

Sulimov A.; Safiullina A.; Karpov A. (2017)

© 2017 IEEE. Meteor burst propagation is based on scattering of radio waves from the ionized trails left by fast meteor particles. One of the promising applications of meteor radio propagation is development of Meteor ...
On possibility of using of measurements of random polarization of radio reflections from meteor trails for generating shared encryption keys

Sulimov A. (2017)

© 2017 IEEE. Meteor burst channel is formed by a scattering of radio waves from the ionized trails left by fast meteor particles. Meteor phenomena make the channel to be stochastic. Using this randomness along with approximate ...
On the dynamics of nonreciprocal properties of radio reflections from ionized meteor trails

Safiullina A.; Sulimov A.; Karpov A. (2017)

© 2017 IEEE. Meteor burst propagation is based on scattering of radio waves of the meter range from the ionized trails left by fast meteor particles burning at the altitudes of 80-110 km. An interaction between radio wave ...

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Просмотр по теме "Diffraction of radio waves"

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