Bernese GNSS Software Version 5.2 Tutorial

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7 Additional ExamplesNo constraints for datum definition are needed because these are noise–free simulateddata:Only the receiver and satellite clocks are estimated:Page 138AIUB
7.4 Simulation of GNSS ObservationsThe resulting program output file looks like the usual output from GPSEST but withperfect observations without any noise:...13. RESULTS (PART 1)--------------------NUMBER OF PARAMETERS (PART 1):-----------------------------PARAMETER TYPE #PARAMETERS #PRE-ELIMINATED #SET-UP ...------------------------------------------------------------------------------------------ ...STATION COORDINATES 39 0 39 ...RECEIVER CLOCK BIASES / TIME BIASES 260 0 260 ...AMBIGUITIES 1529 0 1529 ...EPOCH WISE STATION CLOCKS 3744 3744 (EPOCH-WISE) 3744 ...EPOCH WISE SATELLITE CLOCKS 6302 6302 (EPOCH-WISE) 6302 ...------------------------------------------------------------------------------------------ ...TOTAL NUMBER OF PARAMETERS 11874 10046 11874 ...------------------------------------------------------------------------------------------ ...NUMBER OF OBSERVATIONS (PART 1):-------------------------------TYPE FREQUENCY FILE/PAR #OBSERVATIONS------------------------------------------------------------------------------------------ ...PHASE L3 ALL 68024CODE L3 ALL 68024------------------------------------------------------------------------------------------ ...TOTAL NUMBER OF OBSERVATIONS 136048------------------------------------------------------------------------------------------ ...A POSTERIORI SIGMA OF UNIT WEIGHT (PART 1):------------------------------------------A POSTERIORI SIGMA OF UNIT WEIGHT : 0.0000 M (SIGMA OF ONE-WAY L1 PHASE OBSERVABLE AT ...DEGREE OF FREEDOM (DOF) : 124174CHI**2/DOF : 0.00...Bernese GNSS Software, Version 5.2 Page 139
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Bernese GNSS SoftwareVersion 5.2Tut
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1 Introduction to the Example Campa
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1.2 Directory StructureSTAT_LOG :Th
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Bernese GNSS Software Version 5.2 Tutorial

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