Add to ORKGSatellite services in the High North are utilized extensively for both communication purposes and for earth and climate observations. This paper presents results of two year measurements at 20 GHz and co-sited meteorological data. The results suggest that with 7–8 dB margin, services can be provided with 99 % availability for systems with elevation angles as low as 3.2° and 3 dB for elevation angles above 10.1°. Measured attenuation distributions support International Telecommunication Union prediction methods within 3 to 4 dB for 99.99 % of the time. However, scintillation and multipath are not well predicted at the lowest elevation angle
In recent years the demand for high data rate satellite links in Earth Observation (EO) missions has...
An effective means of reducing Ka-band propagation loss is the use of high elevation angle paths, i....
This paper deals with the prediction of high order and conditional statistics to be used for the des...
Satellite services in the High North are utilized extensively for both communication purposes and fo...
Atmospheric impairments are a major obstacle in satellite communications at Ka-band in high latitude...
International audienceA propagation experiment funded by ESA with support from CNES has been deploye...
International audienceSince April 1, 2016, a Ka-band (20.198 GHz) propagation terminal has been inst...
For satellite communications, propagation effects due to the atmosphere are a critical system factor...
Satellite communication systems operating at high frequencies (Ka-band and above) are severely impai...
High frequencies in the microwave spectrum are nowadays no more just confined to telemetry and remot...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
This paper reports on satellite beacon measurements at 12.7 GHz from late October 2010 until the end...
We have presented a picture of the total attenuation to be considered in satellite communication and...
(ACTS) was deployed into a geostationary orbit near 100 W longitude. The ACTS satellite employs two...
In recent years the demand for high data rate satellite links in Earth Observation (EO) missions has...
An effective means of reducing Ka-band propagation loss is the use of high elevation angle paths, i....
This paper deals with the prediction of high order and conditional statistics to be used for the des...
Satellite services in the High North are utilized extensively for both communication purposes and fo...
Atmospheric impairments are a major obstacle in satellite communications at Ka-band in high latitude...
International audienceA propagation experiment funded by ESA with support from CNES has been deploye...
International audienceSince April 1, 2016, a Ka-band (20.198 GHz) propagation terminal has been inst...
For satellite communications, propagation effects due to the atmosphere are a critical system factor...
Satellite communication systems operating at high frequencies (Ka-band and above) are severely impai...
High frequencies in the microwave spectrum are nowadays no more just confined to telemetry and remot...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
There are satellite communication applications where it is desirable to predict near time (e.g. 2 to...
This paper reports on satellite beacon measurements at 12.7 GHz from late October 2010 until the end...
We have presented a picture of the total attenuation to be considered in satellite communication and...
(ACTS) was deployed into a geostationary orbit near 100 W longitude. The ACTS satellite employs two...
In recent years the demand for high data rate satellite links in Earth Observation (EO) missions has...
An effective means of reducing Ka-band propagation loss is the use of high elevation angle paths, i....
This paper deals with the prediction of high order and conditional statistics to be used for the des...