Propagation impairment due to rain is one of the most critical considerations for satellite
communication (Satcom) links above 10 GHz. The existing studies at tropical and equatorial …

To meet the rising demand for uninterrupted high-speed broadband internet services, the
deployment of high-frequency bands for the transmission of radio signals is inevitable …

Time series prediction of rain attenuation from rain rate measurement during rain is made by
using Synthetic Storm Technique (SST) for Ka and Q band signal for a temperate location …

This study aims to characterize the dynamic trend of the worst case scenario of rain rate and
attenuation for satellite links applications in Nigeria. Rain rate data for four locations (Akure …

In this study, results of the variation of radio field strength derived from the computation of
surface refractivity through measurements of temperature, relative humidity and pressure …

The congestion at the lower frequency bands has forced the telecommunication system
engineers to move to higher frequencies. However, microwave signal tends to undergo …

To get the best performance for a broadband wireless access, this research aims to scale a
Ku-band real-time rain attenuation data to higher frequencies and estimate the degree of …

In this study, results of the variation of maximum and minimum radio horizon distance
derived from the computation of surface refractivity through measurement of temperature …

Prediction of rain attenuation has been done using synthetic storm technique (SST) over
high-rainfall Indian tropical location, Sikkim, using different storm speed. For short-term …

(Satcom) links above 10 GHz. The existing studies at tropical and equatorial regions are
mostly focused on rain attenuation characteristics derived from rainfall characteristics, which …