The aim of this paper is to present and validate rain attenuation time series synthesizers relying on the Maseng-Bakken principle for terrestrial links in tropical areas. Data obtained in experimental measurements at four links operating at 15 GHz in São Paulo, Brazil, are used to parameterize the synthesizers. Two models are tested with respect to long-term statistics including cumulative distributions of rain attenuation, fade durations and fade slope
A model is presented that extends the applicability of the propagation data collected during a long ...
Rain rate and Rain Attenuation predictions are important in radio system operating at Ku and Ka band...
Abstract—Rain attenuation is a major source of impairment to signal propagation at microwave and mil...
This paper presents a statistical modeling of rain attenuation in terrestrial links located in a tro...
The results of rain attenuation on terrestrial microwave links in a tropical climate has been report...
An improved approach of predicting rain attenuation cumulative distribution (CD) over terrestrial mi...
An improved approach of predicting rain attenuation cumulative distribution (CD) over terrestrial mi...
The radio waves propagates through the earth atmosphere will be attenuated due to presence of the at...
The aim of this paper is to present recent developments in terms of propagation time-series synthesi...
In this work, a new rain attenuation time series synthesizer based on the stochastic approach is pre...
A channel model is proposed to predict the time series of Ku-band rain attenuation during rain event...
Generated rain attenuation time series is required for investigating the rain fade characteristics ...
Generated rain attenuation time series plays an important role for investigating the rain fade chara...
Terrestrial microwave system is the backbone line for mobile communication industry. In tropical reg...
To compensate the strong Troposheric impairments caused in the Ka frequency band, it is necessary to...
A model is presented that extends the applicability of the propagation data collected during a long ...
Rain rate and Rain Attenuation predictions are important in radio system operating at Ku and Ka band...
Abstract—Rain attenuation is a major source of impairment to signal propagation at microwave and mil...
This paper presents a statistical modeling of rain attenuation in terrestrial links located in a tro...
The results of rain attenuation on terrestrial microwave links in a tropical climate has been report...
An improved approach of predicting rain attenuation cumulative distribution (CD) over terrestrial mi...
An improved approach of predicting rain attenuation cumulative distribution (CD) over terrestrial mi...
The radio waves propagates through the earth atmosphere will be attenuated due to presence of the at...
The aim of this paper is to present recent developments in terms of propagation time-series synthesi...
In this work, a new rain attenuation time series synthesizer based on the stochastic approach is pre...
A channel model is proposed to predict the time series of Ku-band rain attenuation during rain event...
Generated rain attenuation time series is required for investigating the rain fade characteristics ...
Generated rain attenuation time series plays an important role for investigating the rain fade chara...
Terrestrial microwave system is the backbone line for mobile communication industry. In tropical reg...
To compensate the strong Troposheric impairments caused in the Ka frequency band, it is necessary to...
A model is presented that extends the applicability of the propagation data collected during a long ...
Rain rate and Rain Attenuation predictions are important in radio system operating at Ku and Ka band...
Abstract—Rain attenuation is a major source of impairment to signal propagation at microwave and mil...