Technical considerations associated with a low altitude satellite operating in conjuction with a data relay satellite system are reported. Emphasis was placed on the quantitative characterization of multipath phenomenon and determination of power received via both the direct and earth reflection paths. Attempts were made to develop a means for estimating the magnitude and nature of the reflected power
The development and use of mathematical models of signals received through the multipath environment...
Efforts in the DOE/NASA concept development and evaluation program are discussed for the solar power...
Volpe National Transportation Systems Center, Technical Reference Center1975PDFTech ReportBello, Phi...
The results are presented of a study of multipath propagation between an aeronautical relay satellit...
Analysis of low altitude satellite operating in conjunction with data relay satellite system - Phase...
Previously developed models are used to predict communication system performance for two cases: and ...
Computer program computes maximum possible strength of interference pattern sent from high altitude ...
A satellite-to-aircraft communication link over the ocean may include a specularly reflected signal ...
A parametric approach is developed to analyze and evaluate the performance of any link or links of a...
Range rate errors due to multipath reflection are calculated for a tracking and data relay satellite...
Comparison and analysis of radiation damage to power supplies of satellites at near-synchronous alti...
The extension of wide area wireless connectivity to low-earth orbit (LEO) satellite communication sy...
The report contains data on antenna configurations for the low data rate users of the Tracking and D...
The paper investigates the variation of the received line-of-sight (LoS) power due to ground multipa...
Range rate errors due to specular and diffuse multipath are calculated for a tracking and data relay...
The development and use of mathematical models of signals received through the multipath environment...
Efforts in the DOE/NASA concept development and evaluation program are discussed for the solar power...
Volpe National Transportation Systems Center, Technical Reference Center1975PDFTech ReportBello, Phi...
The results are presented of a study of multipath propagation between an aeronautical relay satellit...
Analysis of low altitude satellite operating in conjunction with data relay satellite system - Phase...
Previously developed models are used to predict communication system performance for two cases: and ...
Computer program computes maximum possible strength of interference pattern sent from high altitude ...
A satellite-to-aircraft communication link over the ocean may include a specularly reflected signal ...
A parametric approach is developed to analyze and evaluate the performance of any link or links of a...
Range rate errors due to multipath reflection are calculated for a tracking and data relay satellite...
Comparison and analysis of radiation damage to power supplies of satellites at near-synchronous alti...
The extension of wide area wireless connectivity to low-earth orbit (LEO) satellite communication sy...
The report contains data on antenna configurations for the low data rate users of the Tracking and D...
The paper investigates the variation of the received line-of-sight (LoS) power due to ground multipa...
Range rate errors due to specular and diffuse multipath are calculated for a tracking and data relay...
The development and use of mathematical models of signals received through the multipath environment...
Efforts in the DOE/NASA concept development and evaluation program are discussed for the solar power...
Volpe National Transportation Systems Center, Technical Reference Center1975PDFTech ReportBello, Phi...