crucial to the development of satellite communications at Ka band (20–30 GHz) and beyond. It surveys the evolution of Ka band geostationary Earth orbit (GEO) satellite communications until the present stage of development of systems for direct-to-user (DTU) provision of interactive multimedia services worldwide. Then it discusses the attenuation problem and main technical issues of this new technology. Finally, it provides a view on experiments and technological developments at extremely high-frequency (EHF) bands. I
Analyses have shown that there is an increasing interest on Ka-Band usage for satellite missions. In...
This work compares different solutions using Extremely High Frequencies (EHF) for broadband satellit...
In approximately 60 years, Earth-space communications have evolved from early broadcasting systems t...
This paper discusses system and technology aspects crucial to the development of satellite communica...
[[abstract]]The recent development on Ka-band (18-30 GHz) satellite communication has opened new opp...
Abstract- The interim generation of wideband military communications satellites will be the Wideband...
Over the past decade, the Jet Propulsion Laboratory’s Telecommunications and Mission Operations Dire...
The main characteristics of the satellite extremely high frequency (EHF) communication of multimedia...
Within the next years, a large number of new satellite systems for broadband multimedia communicatio...
Analyses have shown that there is an increasing interest on Ka-Band usage for satellite missions. In...
The advanced communications technology satellite (ACTS) program of NASA is aimed at the development ...
The German Heinrich Hertz mission signalises the growing interest in nomadic and mobile Ka-band sate...
A rapid growth of new satellite systems utilizing the Ka-band (27 – 40 Ghz) and even higher frequenc...
Near future satellite and terrestrial telecommunication (TLC) systems are expected to benefit from t...
The exploitation of the bandwidth portions in the millimeter wave domain, namely extremely high freq...
Analyses have shown that there is an increasing interest on Ka-Band usage for satellite missions. In...
This work compares different solutions using Extremely High Frequencies (EHF) for broadband satellit...
In approximately 60 years, Earth-space communications have evolved from early broadcasting systems t...
This paper discusses system and technology aspects crucial to the development of satellite communica...
[[abstract]]The recent development on Ka-band (18-30 GHz) satellite communication has opened new opp...
Abstract- The interim generation of wideband military communications satellites will be the Wideband...
Over the past decade, the Jet Propulsion Laboratory’s Telecommunications and Mission Operations Dire...
The main characteristics of the satellite extremely high frequency (EHF) communication of multimedia...
Within the next years, a large number of new satellite systems for broadband multimedia communicatio...
Analyses have shown that there is an increasing interest on Ka-Band usage for satellite missions. In...
The advanced communications technology satellite (ACTS) program of NASA is aimed at the development ...
The German Heinrich Hertz mission signalises the growing interest in nomadic and mobile Ka-band sate...
A rapid growth of new satellite systems utilizing the Ka-band (27 – 40 Ghz) and even higher frequenc...
Near future satellite and terrestrial telecommunication (TLC) systems are expected to benefit from t...
The exploitation of the bandwidth portions in the millimeter wave domain, namely extremely high freq...
Analyses have shown that there is an increasing interest on Ka-Band usage for satellite missions. In...
This work compares different solutions using Extremely High Frequencies (EHF) for broadband satellit...
In approximately 60 years, Earth-space communications have evolved from early broadcasting systems t...