dRET modelling of time-variant foliage channels

In this paper, the discrete Radiative Energy Transfer (dRET) theory is proposed to model time-variant channel effects in vegetation media at millimetre-wave frequencies. The proposed methodology makes use of the dRET input parameters time-varying properties to estimate the dynamic radio channel effe...

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Main Authors: Morgadinho, Sérgio, Caldeirinha, Rafael F S, Fernandes, Telmo R, Al-Nuaimi, Miqdad O, Richter, Juergen
Format: Conference Proceeding
Language:English
Subjects:
Energy exchange
Parameter estimation
Predictive models
Radio frequency
Radio propagation
Scattering parameters
Solids
Stochastic processes
Telecommunications
Vegetation
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creator Morgadinho, Sérgio
Caldeirinha, Rafael F S
Fernandes, Telmo R
Al-Nuaimi, Miqdad O
Richter, Juergen
description In this paper, the discrete Radiative Energy Transfer (dRET) theory is proposed to model time-variant channel effects in vegetation media at millimetre-wave frequencies. The proposed methodology makes use of the dRET input parameters time-varying properties to estimate the dynamic radio channel effects caused by wind-induced foliage movement.
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source IEEE Xplore All Conference Series
subjects Energy exchange
Parameter estimation
Predictive models
Radio frequency
Radio propagation
Scattering parameters
Solids
Stochastic processes
Telecommunications
Vegetation
title dRET modelling of time-variant foliage channels
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