New processing examples - Bernese GNSS Software

More documents

Recommendations

Info

Processing Example: SLRVAL.PCF R. Dach et al.: Bernese GNSS Software: Processing Examples in Version 5.2 Document compiled: Bern, July 2, 2013 Validate an existing orbit of GNSS or LEO satellites using independent SLR measurements: • allow the combined GPS/GLONASS processing • full ambiguity resolution scheme with all steps for GPS and so far supported also for GLONASS • optimized preprocessing of the zero–difference examples • cover more applications by additional example BPEs (LEO orbit determination; SLR processing to validate orbits) • for demonstration purposes equipment changes and a repositioning event shall be included • kinematic or at least pseudo–kinematic processing • high–rate troposphere estimation • ionosphere model determination • prepared for processing many stations (clustering) • support hourly (sliding window) and daily processing as well as reprocessing (daily independent) schemes Slide 35 of 86 Astronomical Institute, University of Bern AIUB Example Dataset R. Dach et al.: Bernese GNSS Software: Processing Examples in Version 5.2 Document compiled: Bern, July 2, 2013 Example Dataset Slide 36 of 86 Astronomical Institute, University of Bern AIUB
Example Dataset R. Dach et al.: Bernese GNSS Software: Processing Examples in Version 5.2 Document compiled: Bern, July 2, 2013 HERT TLSE WSRT ZIM2 ZIMM Receiver is tracking GPS/GLONASS ONSA PTBB WTZZ WTZR MATE LAMA JOZ2 GANP Station with coordinates/velocities in IGb08 GPS−only Stations 13 total 10 GPS+GLONASS 3 GPS–only 2 pairs forming short baselines Datum definition 8 coordinates in IGb08 Antenna calibrations 3 individually calibrated 9 separate GPS/GLONASS calibrations 11 ROBOT calibrations 1 calibration ADOPTED FROM NONE 7 high performance clock Slide 37 of 86 Astronomical Institute, University of Bern AIUB R. Dach et al.: Bernese GNSS Software: Processing Examples in Version 5.2 Document compiled: Bern, July 2, 2013 Selected days: 1: 2010–Jul–26 Day of year: 2010/207 GPS–week: 1594–1 2: 2010–Jul–27 Day of year: 2010/208 GPS–week: 1594–2 3: 2011–Jul–24 Day of year: 2011/205 GPS–week: 1646–0 4: 2011–Jul–25 Day of year: 2011/206 GPS–week: 1646–1 Criteria for selecting the four days: • Two times two days with about one year inbetween to allow velocity estimation. • The full availability of the observation files of the selected stations. • Repositioning event for satellite G25 for day 208 of year 2010 (day 2). • Optimal availability for SLR tracking data to GNSS and GRACE (used in the LEOPOD.PCF example) for SLRVAL.PCF. Slide 38 of 86 Astronomical Institute, University of Bern AIUB
Page 1 and 2: Bernese GNSS Software: Processing E
Page 3 and 4: Directory Structure Main Directorie
Page 5 and 6: Populating the DATAPOOL area Let us
Page 7 and 8: Populating the DATAPOOL area Let us
Page 9 and 10: Realization of the Example Dataflow
Page 11 and 12: Example for a XXX_SAV-script: R2S_S
Page 13 and 14: Consequences from the Example Dataf
Page 15 and 16: What Applications Shall be Covered
Page 17: Processing Example: CLKDET.PCF R. D
Page 21 and 22: Standard-Variables for the Dataflow
Page 23 and 24: Defining Standard Processing Files
Page 25 and 26: Defining the Reference Frame BPE-va
Page 27 and 28: Selecting Orbit/Clock Products R. D
Page 29 and 30: Example BPE: Specific Aspects R. Da
Page 31 and 32: BPE-specific Variables (PPP) R. Dac
Page 33 and 34: BPE-specific Variables (RNX2SNX) R.
Page 35 and 36: BASTST-Example PCFile name: ${U}/PC
Page 37 and 38: BPE-specific Variables (CLKDET) Int
Page 39 and 40: Preparing the Campaign You have to
Page 41 and 42: Filling the DATAPOOL Put the needed
Page 43: Generate Project Related Files A se

New processing examples - Bernese GNSS Software

Create successful ePaper yourself

Delete template?

Save as template?