It is known that the rain rate exceeded 0.01% of the time in the UK has experienced an increasing trend over the last 20 years. It is very likely that rain fade and outage experience a similar trend. This paper presents a globally applicable method to estimate these trends, based on the widely accepted Salonen-Poiares Baptista model. The input data are parameters easily extracted from numerical weather prediction reanalysis data. The method is verified using rain gauge data from the UK, and the predicted trend slopes of 0.01% exceeded rain rate are presented on a global grid
Five years of rain rate and modeled slant path attenuation distributions at 20 GHz and 30 GHz derive...
The question of how to assess trends in rainfall data is very relevant to that of climate change. A ...
Recommendation ITU‐R P.530‐13 provides an internationally recognized prediction model for the fading...
Internationally recognized prognostic models of rain fade on terrestrial and Earth-space EHF links r...
Rain gauge studies have shown that the incidence of rain at rates associated with outage on terrestr...
Studies have shown that climate change is leading to an increase in the incidence of heavy rain in t...
The consensus in the climate change community is that one of the (many) effects of climate change wi...
© 2008-2012 IEEE. Internationally recognized prognostic models of rain fade on terrestrial and Earth...
Rain attenuation limits the performance of microwave telecommunication links functioning above appro...
A rain gauge network comprised of 10 tipping bucket rain gauges located in the Mid-Atlantic coast of...
At high frequencies rain fade is the most important limitation to the propagation of radio waves and...
Signal attenuation due to rain scatter is the dominant fade mechanism on the majority of high-capaci...
We have de–integrated the daily rainfall collected in Milan in the years 1858–2000 (143 years) to o...
Knowledge of the spatial-temporal variation of rain fields is required for the planning and optimiza...
Five years of rain rate and modeled slant path attenuation distributions at 20 GHz and 30 GHz derive...
The question of how to assess trends in rainfall data is very relevant to that of climate change. A ...
Recommendation ITU‐R P.530‐13 provides an internationally recognized prediction model for the fading...
Internationally recognized prognostic models of rain fade on terrestrial and Earth-space EHF links r...
Rain gauge studies have shown that the incidence of rain at rates associated with outage on terrestr...
Studies have shown that climate change is leading to an increase in the incidence of heavy rain in t...
The consensus in the climate change community is that one of the (many) effects of climate change wi...
© 2008-2012 IEEE. Internationally recognized prognostic models of rain fade on terrestrial and Earth...
Rain attenuation limits the performance of microwave telecommunication links functioning above appro...
A rain gauge network comprised of 10 tipping bucket rain gauges located in the Mid-Atlantic coast of...
At high frequencies rain fade is the most important limitation to the propagation of radio waves and...
Signal attenuation due to rain scatter is the dominant fade mechanism on the majority of high-capaci...
We have de–integrated the daily rainfall collected in Milan in the years 1858–2000 (143 years) to o...
Knowledge of the spatial-temporal variation of rain fields is required for the planning and optimiza...
Five years of rain rate and modeled slant path attenuation distributions at 20 GHz and 30 GHz derive...
The question of how to assess trends in rainfall data is very relevant to that of climate change. A ...
Recommendation ITU‐R P.530‐13 provides an internationally recognized prediction model for the fading...