Add to ORKGThe site diversity is used to mitigate the rain attenuation on satellite links. The attenuation is estimated through the rain rate-rain attenuation conversion based on the Assis-Einloft physical model in this study. Through the comparison of instantaneous attenuations at two receiving sites the site diversity gain is estimated. Examples of rain rate measurements in the Czech Republic followed by the site diversity gain estimation are added. This gain is greater on west-east situation of receiving sites achieving 10 dB on 0.01% exceedance level/100 km
This paper reports a study on mitigation of propagation impairments on Earth–space communication lin...
Abstract—In this paper, the dynamics of rain attenuation are examined, and dynamic diversity gain is...
The purpose of this paper is to show how the complementary probability distribution of rain attenuat...
The rain rate distribution is the input data used in models predicting the rain attenuation distribu...
Site diversity technique is effective method to overcome rain attenuation, mostly in the tropics whe...
Site diversity technique is effective method to overcome rain attenuation, mostly in the tropics whe...
The increasing growth of wireless communication systems has caused the usage of higher frequencies i...
Site diversity is a promising technique to overcome severe attenuation on earth–space communication ...
The utilization of satellites for communication systems has expanded considerably in recent years. C...
Rain is the major impairment to the signal propagation from satellite to earth. The signal that brin...
The increasing growth of wireless communication systems has caused the usage of higher frequencies i...
首都大学東京博士（工学）Since the first satellite was launched in the 20^ century, satellite communication techn...
Rain is the major challenge to design reliable earth to satellite microwave link at higher frequenci...
Earth–to-satellite links are highly affected by propagation impairments especially by rain that ope...
This paper studied the impact of site diversity (SD) as a fade mitigation technique on rain attenuat...
This paper reports a study on mitigation of propagation impairments on Earth–space communication lin...
Abstract—In this paper, the dynamics of rain attenuation are examined, and dynamic diversity gain is...
The purpose of this paper is to show how the complementary probability distribution of rain attenuat...
The rain rate distribution is the input data used in models predicting the rain attenuation distribu...
Site diversity technique is effective method to overcome rain attenuation, mostly in the tropics whe...
Site diversity technique is effective method to overcome rain attenuation, mostly in the tropics whe...
The increasing growth of wireless communication systems has caused the usage of higher frequencies i...
Site diversity is a promising technique to overcome severe attenuation on earth–space communication ...
The utilization of satellites for communication systems has expanded considerably in recent years. C...
Rain is the major impairment to the signal propagation from satellite to earth. The signal that brin...
The increasing growth of wireless communication systems has caused the usage of higher frequencies i...
首都大学東京博士（工学）Since the first satellite was launched in the 20^ century, satellite communication techn...
Rain is the major challenge to design reliable earth to satellite microwave link at higher frequenci...
Earth–to-satellite links are highly affected by propagation impairments especially by rain that ope...
This paper studied the impact of site diversity (SD) as a fade mitigation technique on rain attenuat...
This paper reports a study on mitigation of propagation impairments on Earth–space communication lin...
Abstract—In this paper, the dynamics of rain attenuation are examined, and dynamic diversity gain is...
The purpose of this paper is to show how the complementary probability distribution of rain attenuat...