The satellite communication link is affected by the inhomogenities of the refractive index
over the atmospheric channel that causes rapid variations in the amplitude of the received …

Rain constitutes a major limitation to the performance and use of terrestrial and satellite
communication systems with operational frequencies greater than 10 GHz. The situation …

Tropospheric radio refractivity is a significant atmospheric phenomenon that affects the
propagation of radio signals, and can impact the design and operation of wireless …

The need for more bandwidth for a broad range of purposes necessitates research into how
radio refractivity, multipath fading, and geoclimatic variables affect terrestrial and satellite …

Increased demand for satellite system applications and congestion of the lower frequency
bands has mandated the foray into higher frequency spectrum which is more susceptible to …

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

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

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 …

This research is the continuation from the previous paper which has been published. The
focus of this paper is to analyse the tropospheric scintillation which consists of both fades …

In this paper, two K band antenna elements which consist of proposed semi-elliptical
capacitive coupled and magnetic dipole patch antennas are designed and investigated for …