Rain rate and rain attenuation predictions are one of the vital steps to be considered when analyzing a microwave satellite communication links at the Ku and Ka bands. In this paper, tools for the prediction of rain rate and rain attenuation are presented in the form of contour maps for Nigeria using a massive rainfall data bank of 30 years which are taken from measurements made from the coast to the arid region of Nigeria. Rain-rate maps for the country of Nigeria were developed using the models purposely designed for tropical zones while ITU-R models were used for the rain-attenuation maps. The information from these maps will be a good preliminary design tools for both terrestrial and earth-satellite microwave links and also provide a br...
This study presents rain attenuation analysis from System operating at Ku and Ka Frequencies Bands. ...
Slant path attenuation of microwaves due to rainfall intensities exceeding 0.01 and 0.001per cent of...
Rain rate and Rain Attenuation predictions are important in radio system operating at Ku and Ka band...
The analyses of rain models for satellite communication links of Ku and Ka bands in Lagos, Nigeria i...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
The analyses of rain models for satellite communication links of Ku and Ka bands in Lagos, Nigeria i...
Rain rate and rain attenuation predictions are vital when designing microwave satellite and terrestr...
Rain is the major factor in radio propagation analyses that is responsible for outage on terrestrial...
Abstract—Rain attenuation is a major source of impairment to signal propagation at microwave and mil...
Most satellite communication takes place above the 10 GHz frequency bands, a direct consequence of o...
The restrained use of millimeter bands is due to severe rain attenuation. Attenuation is caused when...
This study proposes a new rain attenuation prediction model (RAM) based on the rain cell concept for...
Lagos, Nigeria (6.35°N, 3.2°E), is a coastal station in the rain forest area of southwestern Nigeria...
To meet the rising demand for uninterrupted high-speed broadband internet services, the deployment o...
This study presents rain attenuation analysis from System operating at Ku and Ka Frequencies Bands. ...
Slant path attenuation of microwaves due to rainfall intensities exceeding 0.01 and 0.001per cent of...
Rain rate and Rain Attenuation predictions are important in radio system operating at Ku and Ka band...
The analyses of rain models for satellite communication links of Ku and Ka bands in Lagos, Nigeria i...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
The analyses of rain models for satellite communication links of Ku and Ka bands in Lagos, Nigeria i...
Rain rate and rain attenuation predictions are vital when designing microwave satellite and terrestr...
Rain is the major factor in radio propagation analyses that is responsible for outage on terrestrial...
Abstract—Rain attenuation is a major source of impairment to signal propagation at microwave and mil...
Most satellite communication takes place above the 10 GHz frequency bands, a direct consequence of o...
The restrained use of millimeter bands is due to severe rain attenuation. Attenuation is caused when...
This study proposes a new rain attenuation prediction model (RAM) based on the rain cell concept for...
Lagos, Nigeria (6.35°N, 3.2°E), is a coastal station in the rain forest area of southwestern Nigeria...
To meet the rising demand for uninterrupted high-speed broadband internet services, the deployment o...
This study presents rain attenuation analysis from System operating at Ku and Ka Frequencies Bands. ...
Slant path attenuation of microwaves due to rainfall intensities exceeding 0.01 and 0.001per cent of...
Rain rate and Rain Attenuation predictions are important in radio system operating at Ku and Ka band...