This paper describes the implementation of a Ka-band satellite channel simulator with emphasis on the synthesis of scintillation processes. The problem becomes one of generating a given probability density function, the Moulsley-Vilar distribution, with a specified power spectral density using aWiener model based on orthogonal Hermite polynomials for the nonlinearity. A numerical procedure is devised to calculate the filter and non-linearity coefficients of the Wiener model. The generation of rain processes conforms to the Maseng-Bakken model
The aim of this paper is to present recent developments in terms of propagation time-series synthesi...
In this paper, enhancements to an existing synthetic rain rate model are presented and discussed. Th...
The goal of the master thesis was to develop models to synthetically generate rain fields which can ...
We propose a model that describes the signal fading process due to scintillation in the presence of ...
International audienceThe design and optimization of propagation impairment techniques for space tel...
This document gives an overview of todays available channel models for rain fading. These channel mo...
In this work, a new rain attenuation time series synthesizer based on the stochastic approach is pre...
This paper proposes a stochastic modeling method to simulate the rain attenuation process in order t...
The first part of this work covers the effect of the troposphere onKa band (20-30 GHz) satellite sig...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAUSpace-time rainfall simulation is useful to study questio...
A channel model is proposed to predict the time series of Ku-band rain attenuation during rain event...
To compensate the strong Troposheric impairments caused in the Ka frequency band, it is necessary to...
Because the motion of a LEO satellite across the sky causes the Earth-space path to pass through any...
International audiencemachine learning, adaptive filtering, Spectral model is simple and efficient f...
Tropospheric scintillation effect is well modelled for Earth to satellite communication in clear air...
The aim of this paper is to present recent developments in terms of propagation time-series synthesi...
In this paper, enhancements to an existing synthetic rain rate model are presented and discussed. Th...
The goal of the master thesis was to develop models to synthetically generate rain fields which can ...
We propose a model that describes the signal fading process due to scintillation in the presence of ...
International audienceThe design and optimization of propagation impairment techniques for space tel...
This document gives an overview of todays available channel models for rain fading. These channel mo...
In this work, a new rain attenuation time series synthesizer based on the stochastic approach is pre...
This paper proposes a stochastic modeling method to simulate the rain attenuation process in order t...
The first part of this work covers the effect of the troposphere onKa band (20-30 GHz) satellite sig...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]ARCEAUSpace-time rainfall simulation is useful to study questio...
A channel model is proposed to predict the time series of Ku-band rain attenuation during rain event...
To compensate the strong Troposheric impairments caused in the Ka frequency band, it is necessary to...
Because the motion of a LEO satellite across the sky causes the Earth-space path to pass through any...
International audiencemachine learning, adaptive filtering, Spectral model is simple and efficient f...
Tropospheric scintillation effect is well modelled for Earth to satellite communication in clear air...
The aim of this paper is to present recent developments in terms of propagation time-series synthesi...
In this paper, enhancements to an existing synthetic rain rate model are presented and discussed. Th...
The goal of the master thesis was to develop models to synthetically generate rain fields which can ...