Bernese GPS Software Version 5.0 - Bernese GNSS Software

14.3 Clock RINEX Utility in Bernese GPS Software
RESULTS FOR THE INTERVAL from 2004-01-14 00:20:00 to 2004-01-14 00:20:00
------------------------------------------------------------------------
Rms: 0.002 ns
Number of stations: 6
Number of satellites: 80
Number of removed outliers: 0
Number of parameters: 3
Degree of freedom: 84
Num File name Offset Rms (ns)
------------------------------------------------------------------------
1 ${K}/TIMTRANS/OUT/TP014001.CLK 0.000 0.002
2 ${K}/TIMTRANS/OUT/TP014002.CLK 0.003 0.002
3 ${K}/TIMTRANS/OUT/TP014003.CLK -0.003 0.002
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In this way CCRNXC may be used to compare the consistency of clock RINEX files (e.g.,
from different solutions) and to detect epochs with analysis problems.
After applying the offsets to all clocks in each clock RINEX file all clocks refer to the
same reference and can be combined. If a clock is available in more than one input file an
arithmetic mean can be computed to get the combined clock value. The weighting strategy
for computing the mean, an outlier threshold, and a minimum redundancy for each clock
may be defined in options “OPTIONS FOR CLOCK COMBINATION”, see Figure 14.6.
If an epoch is available in one input clock RINEX file only the values are copied as such into
the output clock array. If for one epoch no common clocks are available in the input clock
Figure 14.6: Program input panel for combining clock RINEX files in program CCRNXC.
Bernese GPS Software Version 5.0 Page 301