Rain attenuated Ku-band beacon signal from Malaysia’s MEASAT satellite was compared with various ITU-R prediction models in the attempt to identify the best applicable technique. The preliminary findings indicate that ITU-R P.618-5 is the best ITU-R model since it offers good estimations that almost comparable to the measured attenuation values. The use of radar-derived parameter namely the local rain height information was observed to contribute a significant improvement to the prediction model
Attenuation due to rainfall is one of the most fundamental constraints on the performance of satelli...
This paper proposes a model for predicting rain attenuation in the tropical region. Slant path rain ...
Most satellite communication takes place above the 10 GHz frequency bands, a direct consequence of o...
Rain attenuated Ku-band beacon signal from Malaysia’s MEASAT satellite was compared with various IT...
Background/Objectives: Researches disclosed rain attenuation prediction models offered by ITU-R seve...
Attenuation due to rain is a critical constraint in the design of Earth-space links especially at f...
Attenuation due to rainfall is one of the most fundamental constraints on the performance of satelli...
Attenuation measurement on Ku- band satellite signal in a tropical site, Fiji is presented. Rain-att...
Due to the lack of reliable analysis in Malaysia as tropical region, this study presents an analysis...
Satellite beacon is a signal which does not modulated and sent to ground in constant frequency with ...
Ku-band have a larger attenuation during heavy rain in the equatorial region. Despite that, Ku-band ...
Abstract- Quantitative analysis and prediction of radio signal attenuation is necessary in order to ...
45-50Quantitative analysis and prediction of radio signal attenuation is necessary in order to impr...
Ku-band have a larger attenuation during heavy rain in the equatorial region. Despite that, Ku-band...
This paper describes the investigation of rainfall rate and Ku band rain attenuation measurement at ...
Attenuation due to rainfall is one of the most fundamental constraints on the performance of satelli...
This paper proposes a model for predicting rain attenuation in the tropical region. Slant path rain ...
Most satellite communication takes place above the 10 GHz frequency bands, a direct consequence of o...
Rain attenuated Ku-band beacon signal from Malaysia’s MEASAT satellite was compared with various IT...
Background/Objectives: Researches disclosed rain attenuation prediction models offered by ITU-R seve...
Attenuation due to rain is a critical constraint in the design of Earth-space links especially at f...
Attenuation due to rainfall is one of the most fundamental constraints on the performance of satelli...
Attenuation measurement on Ku- band satellite signal in a tropical site, Fiji is presented. Rain-att...
Due to the lack of reliable analysis in Malaysia as tropical region, this study presents an analysis...
Satellite beacon is a signal which does not modulated and sent to ground in constant frequency with ...
Ku-band have a larger attenuation during heavy rain in the equatorial region. Despite that, Ku-band ...
Abstract- Quantitative analysis and prediction of radio signal attenuation is necessary in order to ...
45-50Quantitative analysis and prediction of radio signal attenuation is necessary in order to impr...
Ku-band have a larger attenuation during heavy rain in the equatorial region. Despite that, Ku-band...
This paper describes the investigation of rainfall rate and Ku band rain attenuation measurement at ...
Attenuation due to rainfall is one of the most fundamental constraints on the performance of satelli...
This paper proposes a model for predicting rain attenuation in the tropical region. Slant path rain ...
Most satellite communication takes place above the 10 GHz frequency bands, a direct consequence of o...