A systematic, tutorial analysis of the general problem of orbit-spectrum sharing among inhomogeneous satellite system is presented. Emphasis is placed on extrapolating and applying the available data on rain attenuation and on reconciling differences in the results of various measurements of the subjective effects of interference on television picture quality. An analytic method is presented for determining the approximate values of the intersatellite spacings required to keep mutual interference levels within prescribed limits when many dissimilar satellites share the orbit. A computer model was developed for assessing the interference compatibility of arbitrary configurations of large numbers of geostationary satellite systems. It is conc...
The criteria for sharing and coordination between the Earth Exploration Satellite service and other ...
We consider the use of multiple co-located satellites to improve the spectral efficiency of broadcas...
As small satellites become more capable through miniaturized electronics and on-board processing, co...
Mutual interferences among geostationary satellite communication systems determine the permitted spa...
The factors affecting the sharing of the geostationary orbit by high power (primarily television) sa...
The single entry interference problem is treated for frequency sharing between the broadcasting sate...
The possibility of sharing spectrum in the 30/20 GHz band between geostationary fixed-satellite syst...
This thesis presents research into the principles of spectrum sharing analysis methods developed fo...
Having available adequate and sufficient spectrum resources is a crucial factor to enable the fast g...
There the analysis method of compatibility and discontinuity of Satellite Communication Systems (SCS...
As the geostationary orbit/spectrum becomes saturated, there is a need for the ability to reuse freq...
In this article we develop a database-based spectrum access for the Ka band, allowing fixed satellit...
The frequency spectrum is a natural resource. For decades the International Telecommunication Union ...
We consider the use of multiple co-located satellites to improve the spectral efficiency of broadcas...
Power ratios of wanted to unwanted signals for frequency sharing between FM and AM-VSB television tr...
The criteria for sharing and coordination between the Earth Exploration Satellite service and other ...
We consider the use of multiple co-located satellites to improve the spectral efficiency of broadcas...
As small satellites become more capable through miniaturized electronics and on-board processing, co...
Mutual interferences among geostationary satellite communication systems determine the permitted spa...
The factors affecting the sharing of the geostationary orbit by high power (primarily television) sa...
The single entry interference problem is treated for frequency sharing between the broadcasting sate...
The possibility of sharing spectrum in the 30/20 GHz band between geostationary fixed-satellite syst...
This thesis presents research into the principles of spectrum sharing analysis methods developed fo...
Having available adequate and sufficient spectrum resources is a crucial factor to enable the fast g...
There the analysis method of compatibility and discontinuity of Satellite Communication Systems (SCS...
As the geostationary orbit/spectrum becomes saturated, there is a need for the ability to reuse freq...
In this article we develop a database-based spectrum access for the Ka band, allowing fixed satellit...
The frequency spectrum is a natural resource. For decades the International Telecommunication Union ...
We consider the use of multiple co-located satellites to improve the spectral efficiency of broadcas...
Power ratios of wanted to unwanted signals for frequency sharing between FM and AM-VSB television tr...
The criteria for sharing and coordination between the Earth Exploration Satellite service and other ...
We consider the use of multiple co-located satellites to improve the spectral efficiency of broadcas...
As small satellites become more capable through miniaturized electronics and on-board processing, co...