The ACES GNSS Subsystem and Its Applications
EFTF-2010 24th European Frequency and Time Forum（2010）
Key words
Global Positioning System,atomic clocks,radio receivers,remote sensing,satellite antennas,ACES GNSS instrument,ACES GNSS subsystem,ACES clock signal,Co-60 source,DLR,ESA mission ACES,ESA mission atomic clock ensemble in space,European Columbus module,Euskirchen,GALILEO-GIOVE signals,GLONASS satellite signals,GNSS antenna,GNSS radio-occultation,GNSS receiver,GNSS reflectometry,GPS signals,Germany,ISS flight direction,International Space Station,JAVAD GNSS triumph TRE-G3T receiver board,JAVAD triumph receiver firmware,LEO conditions,SEU,antenna boresight,atomic clock generation,clock space-to-ground comparison,coherent reflected GNSS signals,double redundant architecture,fractional frequency stability,low Earth orbit conditions,radiation test facility,radio occultation measurements,receiver sensitivity,remote sensing applications,single event upset,space environment,total ionizing dose
AI Read Science
Must-Reading Tree
Example
Generate MRT to find the research sequence of this paper
Chat Paper
Summary is being generated by the instructions you defined