Much investigative studies have been performed over the years on electromagnetic wave
signals being attenuated by rain, cloud, gas and tropospheric scintillation. This paper …

Propagation effects due to atmospheric gases and tropospheric scintillation requires
accurate modelling in the design of satellite communication systems. The combination of the …

Signal deterioration will result from tropospheric scintillation in microwave communication
connections with small fade margins. In tropical areas, very few scintillation research has …

Abstract Knowledge of tropospheric scintillation is an important phenomenon in the design
of satellite communication system. One year (January 2015-December 2015) scintillation …

The study investigates the impact of tropospheric scintillation on fixed satellite
communication link on earth-space path for frequencies between 10 and 50 GHz for 37 …

Tropospheric scintillation occur as a result of signal fluctuations in satellite communication
systems. Great attention has been giving to scintillation today because of increase in …

Tropospheric scintillation depends significantly on any location's prevailing weather
condition, and its variation must be statistically analyzed to ensure accurate fade margin …

Tropospheric scintillation is liable to spatio-temporal variation due to its dependence on
meteorological parameters and link variables. The dynamics of variation must be …

This paper discusses the prediction of tropospheric scintillation over some selected
locations in Nigeria-Akure, Lagos, Port-Harcourt, Makurdi and Abuja, based on the ITUR …

Existing amplitude scintillation prediction models often perform less satisfactorily when
deployed outside the regions where they were formulated. This necessitates the need to …