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Advanced GPS Applications and Services for Positioning and Monitoring

Explore the diverse applications of GPS technology for precise positioning, satellite orbits, plate movements, and more. Understand how GPS aids in improving various sectors and provides valuable data for different purposes.

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Advanced GPS Applications and Services for Positioning and Monitoring

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  1. GPS Applications. Sat05_91.ppt, 2005-12-29. Static

  2. GPS Applications. Sat05_91.ppt, 2005-12-29. Kinematic

  3. GPS Applications, Static. Sat05_91.ppt, 2005-12-29. • Precise positioning • Positioning Services • GPS aid in improving satellite orbits • Earth orientation and rotation • Plate movements • Datum-shifts • Heights for ground gravity • Heights for levelling – Height anomaly determination • Clock-corrections and time-transfer • Instrument calibration (e.g. radar-altimeter, SAR) • Ionospheric and tropospheric mapping

  4. GPS Applications, Kinematic. Sat05_91.ppt, 2005-12-29. Slow movements • Ice Caps, Glaciers • Post-glacial rebound • Tide-gauges – ocean loading • Land-slides • Earth-quakes • Engineering constructions (dams, buildings, railroad-tracks) • Volcanoes

  5. GPS Applications, Kinematic. Sat05_91.ppt, 2005-12-29. Moving objects • Photogrammetry (mapping) • Laser mapping • LIDAR • Radar • Waveheights on the ocean • Airborne and satellite gravity • Multipath ocean surface mapping

  6. GPS Applications, Kinematic. Sat05_91.ppt, 2005-12-29. Real-time Kinematic positioning • Navigation • Guidance and control

  7. GPS Applications, Static. Sat05_91.ppt, 2005-12-29. Positioning

  8. GPS Applications, Static. Sat05_91.ppt, 2005-12-29. Positioning services: Public: http://igscb.jpl.nasa.gov Commercial: http://www.trimblecenter.dk/ http://gpsnet.dk/

  9. GPS Applications, Kinematic. Sat05_92.ppt, 2005-12-29.

  10. GPS Applications, Static. Sat05_91.ppt, 2005-12-29. Plate-movements

  11. GPS Applications, Static. Sat05_91.ppt, 2005-12-29. One man’s noise is another man’s signal

  12. GPS Applications, Static. Sat05_91.ppt, 2005-12-29. One man’s noise is another man’s signal

  13. Troposphere. Sat05_91.ppt, 2005-12-29.

  14. Troposphere. Sat05_91.ppt, 2005-12-29.

  15. Troposphere. Sat05_91.ppt, 2005-12-29.

  16. Troposphere. Sat05_91.ppt, 2005-12-29.

  17. GPS Applications, Static. Sat05_91.ppt, 2005-12-29.

  18. Troposphere from LEO. Sat05_91.ppt, 2005-12-29.

  19. Troposphere. Sat05_91.ppt, 2005-12-29.

  20. Troposphere. Sat05_91.ppt, 2005-12-29.

  21. Troposphere. Sat05_91.ppt, 2005-12-29.

  22. Troposphere. Sat05_91.ppt, 2005-12-29. http://op.gfz-potsdam.de/champ/ro/001_single_diff.html http://www.epncb.oma.be/_trackingnetwork/maps.html

  23. GPS Applications, Static. Sat05_91.ppt, 2005-12-29.

  24. Troposphere from Ground. Sat05_91.ppt, 2005-12-29. http://www.epncb.oma.be/_organisation/projects/trop_sp/index.html#map

  25. Troposphere from ground. Sat05_91.ppt, 2005-12-29. http://www.epncb.oma.be/_organisation/projects/trop_sp/zpd.gif

  26. Ionosphere. Sat05_91.ppt, 2005-12-29. Observation equation:  = R+cdtu+cdts+cdttrop-cdtion+N+ Or C is the same for L1 and L2 .

  27. Ionosphere. Sat05_91.ppt, 2005-12-29.

  28. Ionosphere. Sat05_91.ppt, 2005-12-29.

  29. Ionosphere model. Sat05_91.ppt, 2005-12-29.

  30. Ionosphere from CODE. Sat05_91.ppt, 2005-12-29. http://www.aiub.unibe.ch/ionosphere/gim_all.gif

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