In conclusion, the comparison between GEO and GeoSurf paths shows that when the latitude is in the range of ~ 20 ° N to ~ 20 ° S (GEO elevation angle larger than about 67°), the GEO path is less attenuated, particularly at a probability of 0.01%, which corresponds, of course, to high rain rates and very concentrated ...
Dec 20, 2021
Jul 24, 2024 · In GeoSurf satellite constellations, any transmitter/receiver, wherever it is located, is linked to a satellite with zenith paths.
In GeoSurf satellite constellations, any transmitter/receiver, wherever it is located, is linked to a satellite with zenith paths.
A Small Power Margin and Bandwidth Expansion Allow Data Transmission during Rainfall despite Large Attenuation: Application to GeoSurf Satellite Constellations ...
Tropospheric Attenuation in GeoSurf Satellite Constellations. Remote Sens. 2021, 13, 5180. https://doi.org/10.3390/rs13245180. AMA Style. Matricciani E, Riva ...
The more static total clear-sky attenuation (water vapor, oxygen, and clouds) in both GEO and LEO slant paths shows larger values than GeoSurf zenith paths.
Feb 5, 2024 · In [2] we have studied the tropospheric attenuation of GeoSurf zenith paths and compared it to that of the slant paths to GEO, MEO and LEO ...
Aug 18, 2022 · ... satellite constellations belong to the family of Walker Star Constellations ... Tropospheric Attenuation in GeoSurf Satellite Constellations.
In GeoSurf satellite constellations, any transmitter/receiver, wherever it is located, is linked to a satellite with zenith paths. We have studied the ...
Among satellite constellations, the GeoSurf constellations are a good choice for future ... Tropospheric Attenuation in GeoSurf Satellite Constellations. Remote.