Satellite communication is a promising transmission technique to implement 5G and beyond
networks. Attenuation due to rain begins at a frequency of 10 GHz in temperate regions …

The current past has seen a sensational increment in the utilization of satellites for the
applications like navigation, entertainment, media transmission, remote sensing, mobile …

A comparison of measured attenuation series with the attenuation series obtained from rain
rate measurement by using synthetic storm technique is made for Ku band signal at a …

In this paper, the synthetic storm technique (SST) is applied to 1‐minute rainfall rate
collected from a rain gauge to predict the fade dynamics of the signal in an earth‐to‐satellite …

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 …

For sites located in different climatic regions, we estimated the relationship between the
annual average probability distributionof exceeding a fixed rain attenuation, and the carrier …

This work presents an overview of rainfall fading models over satellite links in South Africa
using three years of rainfall data collected by the Joss-Waldvogel RD-80 disdrometer in …

A rain attenuation prediction method has been applied to different climatic regions to test the
validity of the model. The significant difference in rain rate and attenuation statistics for the …

As technology advances and more demands are on satellite services, rain‐induced
attenuation still creates one of the most damaging effects of the atmosphere on the quality of …

In this paper, a time-varying rain characterization and diurnal variation in the Ku-band
satellite systems simulated with synthetic storm techniques (SST) over a tropical location in …