- The GPS receivers used and the data files
- Team 1: GB1000 T225878, antenna PG-A1 308-6607, file tea12510.24o
- Team 2: GB1000 T225921, antenna PG-A1 308-0649, file tea32510.24o
- Team 3: GB1000 T225042, antenna PG-A1 308-6607, file tea32510.24o
- Team 4: GB1000 T225082, antenna PG-A3 374-1056, file tea42510.24o
- On-line processing with the Canadian software SCRS-PPP
- You must first sign-in the web service
- Then you can upload your data file – Click here to know how to do it
- Results of the kinematic processing using SCRS-PPP
- Team 1 – PDF summary – Complete results package
- Team 2 – PDF summary – Complete results package
- Team 3 – PDF summary – Complete results package
- Team 4 – PDF summary – Complete results package
- click here to know the description of the informations contained in the files contained in the results packages
- Detailed results of the kinematic processing
- Team1
- Team2
- Team3
- Team4
- Learn more about:
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- GNSS antennas calibration by the NOAA
- The RINEX2 format (nota: here we used RINEX2 for simplicity, however the current format is RINEX3, compatible with multi-constellation
- Understanding GPS/GNSS RINEX Files and Relevant Parameters
- GNSS format files description
- The International Terrestrial Reference Frame (ITRF)
- Transformation of coordinates (Geographic, UTM, XYZ): download the transformation programme « trcoor » – Use the programme « PROJ«
- GNSS array and work in the Corinth Rift Laboratory
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- Literature
- Article on the GPS velocities of the Aegean (with available time series of coordinates in the additional material)
- Article on the GPS and InSAR deformations in the Corinth Rift Laboratory (with available file of vertical velocities in the supporting material)
- Article on the use of kinematic GNSS to assess the accuracy of the TanDEM-X digital elevation model of the western gulf of Corinth
- Presentation of Antonio Avallone & Pierre Briole at the CRLSchool2024
- RINGO: A RINEX pre-processing software for multi-GNSS data
