Add to ORKGAbstract. In satellite communication the signal fading may reach the maximum in rain weather. In this paper, an uplink power reduction rain fading method is put forward to overcome the shortcoming of the traditional method. Through detection of satellite signal strength, the rain attenuation in satellite communication link can be calculated, and according to the rain attenuation values, ground station power will be adjusted to achieve the maximum compensation for the rain attenuation, effectively reducing the influence of rain attenuation on the communication quality
Modern satellite communication system in higher frequency (Ka-band and above) is very much impaired ...
The adverse impact of rain on the earth-satellite communications in the region has not been well cha...
A new model for the application of Up-Link Power Control in satellite communication systems is prese...
Tropical countries like Singapore experience high rainfall rate all year round. As such it is essent...
Video transmissions over satellite links are sensitive to signal fades due to rain, especially in th...
Video transmissions over satellite links are sensitive to signal fades because of rain, especially i...
Including: 5 parts. This is the last part. There is a need to understand the impact of rain on the o...
The attenuation induced by rain is prominent in the satellite communication at Ku and Ka bands. The ...
Satellite communication systems a superior capacity. Millimeter wave offers a allocation, involves s...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
At a frequency range above 5 GHz, rainfall becomes a serious and major source of attenuation for mic...
Satellite communications operating at 10 GHz and above in the tropics suffer severe signal degradati...
首都大学東京博士（工学）Since the first satellite was launched in the 20^ century, satellite communication techn...
Rain attenuation is an important propagation impairments causes by troposphere which degrades the pe...
In the framework of the OLYMPUS-propagation experiment attenuation measurements at 12.5, 20 and 30 G...
Modern satellite communication system in higher frequency (Ka-band and above) is very much impaired ...
The adverse impact of rain on the earth-satellite communications in the region has not been well cha...
A new model for the application of Up-Link Power Control in satellite communication systems is prese...
Tropical countries like Singapore experience high rainfall rate all year round. As such it is essent...
Video transmissions over satellite links are sensitive to signal fades due to rain, especially in th...
Video transmissions over satellite links are sensitive to signal fades because of rain, especially i...
Including: 5 parts. This is the last part. There is a need to understand the impact of rain on the o...
The attenuation induced by rain is prominent in the satellite communication at Ku and Ka bands. The ...
Satellite communication systems a superior capacity. Millimeter wave offers a allocation, involves s...
Rain attenuation is a major challenge to microwave satellite communication especially at frequencies...
At a frequency range above 5 GHz, rainfall becomes a serious and major source of attenuation for mic...
Satellite communications operating at 10 GHz and above in the tropics suffer severe signal degradati...
首都大学東京博士（工学）Since the first satellite was launched in the 20^ century, satellite communication techn...
Rain attenuation is an important propagation impairments causes by troposphere which degrades the pe...
In the framework of the OLYMPUS-propagation experiment attenuation measurements at 12.5, 20 and 30 G...
Modern satellite communication system in higher frequency (Ka-band and above) is very much impaired ...
The adverse impact of rain on the earth-satellite communications in the region has not been well cha...
A new model for the application of Up-Link Power Control in satellite communication systems is prese...