Rain attenuation propagation data for 68 cities within the coverage area of the multiple beam and steerable antennas of the Advanced Communications Technology Satellite (ACTS) are presented. These data provide the necessary data base for purposes of communication link power budgeting and rain attenuation mitigation controller design. These propagation parameters are derived by applying the ACTS Rain Attenuation Prediction Model to these 68 locations. The propagation parameters enumerated in tabular form for each location are as follows: (1) physical description of the link and location (e.g., latitude, longitude, antenna elevation angle, etc.), link availability versus attenuation margin (also in graphical form), fading time across fade dep...
The Advanced Communications Technology Satellite (ACTS) propagation experiment has yielded five year...
The design and performance of a rain fade simulation/counteraction system on a laboratory simulated ...
AbstractAs the shortage of the radio spectrum infers challenges in the Earth–Space Communication Lin...
A rain attenuation prediction model is described for use in calculating satellite communication link...
This handbook provides satellite system engineers with a concise summary of the major propagation ef...
ACTS counters fading by resource sharing between the users. It provides a large margin only for thos...
The major propagation effects experienced on Earth-space communications paths in the 10 to 100 GHz f...
The National Aeronautics and Space Administration Advanced Communications Technology Satellite (ACTS...
This Propagation Handbook provides satellite system engineers with a concise summary of the major pr...
The Advanced Communications Technology Satellite (ACTS) was designed to achieve a 99.5-percent syste...
The Advanced Communication Technology Satellite (ACTS) communications system operates in the Ka freq...
The purpose of the Advanced Communications Technology Satellite (ACTS) is to demonstrate the feasibi...
In June 1996, Working Party 3M of the ITU-R presented research comparing the estimations of 10 rain ...
From the NOAA 15 minute precipitation file for the US, data were selected for a set of 23 stations s...
A single model for a standard of comparison for other models when dealing with rain attenuation prob...
The Advanced Communications Technology Satellite (ACTS) propagation experiment has yielded five year...
The design and performance of a rain fade simulation/counteraction system on a laboratory simulated ...
AbstractAs the shortage of the radio spectrum infers challenges in the Earth–Space Communication Lin...
A rain attenuation prediction model is described for use in calculating satellite communication link...
This handbook provides satellite system engineers with a concise summary of the major propagation ef...
ACTS counters fading by resource sharing between the users. It provides a large margin only for thos...
The major propagation effects experienced on Earth-space communications paths in the 10 to 100 GHz f...
The National Aeronautics and Space Administration Advanced Communications Technology Satellite (ACTS...
This Propagation Handbook provides satellite system engineers with a concise summary of the major pr...
The Advanced Communications Technology Satellite (ACTS) was designed to achieve a 99.5-percent syste...
The Advanced Communication Technology Satellite (ACTS) communications system operates in the Ka freq...
The purpose of the Advanced Communications Technology Satellite (ACTS) is to demonstrate the feasibi...
In June 1996, Working Party 3M of the ITU-R presented research comparing the estimations of 10 rain ...
From the NOAA 15 minute precipitation file for the US, data were selected for a set of 23 stations s...
A single model for a standard of comparison for other models when dealing with rain attenuation prob...
The Advanced Communications Technology Satellite (ACTS) propagation experiment has yielded five year...
The design and performance of a rain fade simulation/counteraction system on a laboratory simulated ...
AbstractAs the shortage of the radio spectrum infers challenges in the Earth–Space Communication Lin...