Rain induced degradations are significant for terrestrial microwave links operating at
frequencies higher than 10 GHz. Paper presents analyses done on rain attenuation and …

The attenuation induced by rain is prominent in the satellite communication at Ku and Ka
bands. The paper studied the empirical determination of the power law coefficients which …

Absorption of microwave radio frequency signal by atmospheric rain and losses is prevalent
at frequencies above 5 GHz. The functioning frequencies of 18 GHz are taken for the point …

Absorption of radio frequency signal by atmospheric rain and losses is prevalent at
frequencies above 10 GHz. This study presents studies on rain attenuation at 18 and 38 …

Statistics of monthly and diurnal variations in the occurrence of rain fades are needed to give
a detailed insight for system design of these services. This paper analyses the performance …

The dynamic weather condition is a major concern for optimum channel utilization in recent
times, especially at higher frequencies with larger bandwidth for 5G applications. Over the …

This study proposes a new rain attenuation prediction model (RAM) based on the rain cell
concept for tropical locations. The new model addresses the research gap in the …

With the point in evaluating the performance of the On-the-Move (OTM) Satellite
Communication and Light Fidelity (SatCom-LiFi), an extensive study of measurement has …

Rain attenuation measurement techniques are studied with appropriate prediction of rain
attenuation at Ku‐band for Koreasat 6. This is accomplished by the establishment of …

The design of millimeter wave communication links and the study of propagation
impairments at higher frequencies due to a hydrometeor, particularly rain, require the …