Add to ORKGAn improved method for predicting slant path attenuation in tropical climates is presented in this paper. The proposed approach is based on rain intensity data R_0.01 (mm/h) from 37 tropical and equatorial stations; and is validated by using the measurement data from a few localities in tropical climates. The new method seems to accurately predict the slant path attenuation in tropical localities, and the comparative tests seem to show significant improvement in terms of the RMS of the relative error variable compared to the RMS obtained with the SAM, Crane, and ITU-R prediction models
A modification to an effective path length for predicting rain attenuation in Malaysia is proposed i...
The influence of rainfall on radio wave propagation at frequencies above 10 GHz is essential for sat...
This paper is a brief review of Rain AttenuationModelling and Mitigation in the Tropics. The fast de...
An improved method for predicting slant path attenuation in tropical climates is presented in this p...
The non-uniformity of rainfall in both the horizontal and vertical directions makes the estimation o...
The semi-empirical method recently proposed by Silva Mello and Pontes (SMP) for the prediction of r...
Presented in this paper is an empirical model for long-term rain attenuation prediction and statist...
Earth-to-satellite signals suffer by Earth׳s atmosphere especially by precipitations. It is more sev...
This paper proposes a model for predicting rain attenuation in the tropical region. Slant path rain ...
Many telecommunication systems are going towards high frequencies as such ranges are in great demand...
In the design of satellite communication link, rain attenuation statistics is essential information ...
Most satellite communication takes place above the 10 GHz frequency bands, a direct consequence of o...
In this paper, a semi-empirical method for the prediction of rain attenuation in slant paths and ter...
Abstract — In this paper, a semi-empirical method for the prediction of rain attenuation in slant pa...
A modification to an effective path length for predicting rain attenuation in Malaysia is proposed i...
A modification to an effective path length for predicting rain attenuation in Malaysia is proposed i...
The influence of rainfall on radio wave propagation at frequencies above 10 GHz is essential for sat...
This paper is a brief review of Rain AttenuationModelling and Mitigation in the Tropics. The fast de...
An improved method for predicting slant path attenuation in tropical climates is presented in this p...
The non-uniformity of rainfall in both the horizontal and vertical directions makes the estimation o...
The semi-empirical method recently proposed by Silva Mello and Pontes (SMP) for the prediction of r...
Presented in this paper is an empirical model for long-term rain attenuation prediction and statist...
Earth-to-satellite signals suffer by Earth׳s atmosphere especially by precipitations. It is more sev...
This paper proposes a model for predicting rain attenuation in the tropical region. Slant path rain ...
Many telecommunication systems are going towards high frequencies as such ranges are in great demand...
In the design of satellite communication link, rain attenuation statistics is essential information ...
Most satellite communication takes place above the 10 GHz frequency bands, a direct consequence of o...
In this paper, a semi-empirical method for the prediction of rain attenuation in slant paths and ter...
Abstract — In this paper, a semi-empirical method for the prediction of rain attenuation in slant pa...
A modification to an effective path length for predicting rain attenuation in Malaysia is proposed i...
A modification to an effective path length for predicting rain attenuation in Malaysia is proposed i...
The influence of rainfall on radio wave propagation at frequencies above 10 GHz is essential for sat...
This paper is a brief review of Rain AttenuationModelling and Mitigation in the Tropics. The fast de...