Rain attenuation poses a significant challenge for high-throughput communication systems.
In response, this paper introduces an artificial intelligence (AI) model designed for predicting …

This study focuses on analyzing the altitude of the zero degrees isotherm and variations in
the environmental lapse rate (ELR) using the publicly available data collected from …

The devastating effects of rain-induced attenuation on communication links operating above
10 GHz during rainy events can significantly degrade signal quality, leading to interruptions …

This work studies the temporal variation of rain heights in the Sub-Sahelian and Coastal
regions of Nigeria using six (6) years Tropical Rain Measuring Mission Precipitation Radar …

In this study, measurements of vertical profiles of rain parameters have been made using
vertically pointing micro rain radar (VPMRR) at Akure (7.30° N, 5.13° E). Rain parameter …

In this present era, the rising demandfor seamless wide band internetwork services such as
5G network requires the propagation of radio waves at high frequency. Rain-induced …

In this paper, some distinctive features of the vertical profile of precipitable liquid water
content (LWC) with considerable respect to rain rates (R) and radar reflectivity (Z) obtained …

This paper attempt to assess the performance of the most appropriate distribution function
for modeling atmospheric visibility over five selected locations (Akure, Enugu, Ikeja, Jos and …

One of the key meteorological parameters necessary for estimating fade margins for link
availability in the satellite-Earth propagation path is the 0° C isotherm height or the rain …

In this paper, the dynamics of the structure of the rain profile as related to the zero-degree
isotherm height and the implications for attenuation prediction along the Earth-space …