International Symposium on Advancing Geodesy in a Changing World: Proceedings of the IAG Scientific

Part 1: Reference Frames.- Chapter 1: DGFI-TUM analysis and scale investigations of the latest terrestrial reference frame realizations.- Chapter 2: Impact of different ITRS realizations on VLBI combined EOP and Scale.- Chapter 3: Testing special relativity with geodetic VLBI.- Chapter 4: Development of wideband antennas.- Part 2: Static Gravity Field.- Chapter 5: Boundary complexity and kernel functions in classical and variational concepts of solving geodetic boundary value problems.- Chapter 6: GEOMED2: high-resolution geoid of the Mediterranean.- Chapter 7: Evaluation of altimetry data in the Baltic Sea region for computation of new quasigeoid models over Poland.- Chapter 8: AFRGDB V2.0: The gravity database for the geoid determination in Africa.- Chapter 9: Combined use of a superconducting gravimeter and Scintrex gravimeters for hydrological correction of precise gravity measurements - A superhybrid gravimetry.- Chapter 10: Evaluation of the global altimetric marine gravity field DTU15 - using Marine gravity and GOCE satellite gravity.- Part 3: Time variable gravity field.- Chapter 11: Status of development of the future accelerometers for next generation gravity missions.- Chapter 12: On computation of potential, gravity and gravity gradient from GRACE inter-satellite ranging data: A systematic study.- Chapter 13: Calibration of GRACE accelerometers using two types of reference accelerations.- Part 4: Geodetic remote sensing.- Chapter 14: Performance analysis of regional versus global Numerical Weather Model tropospheric prediction in GPS analysis.- Chapter 15: Calibration of empirical models of thermospheric density using satellite laser ranging observations to near-Earth orbiting spherical satellites.- Chapter 16: Geodetic remote sensing of ionosphere in relation to space weather and seismic activity in Bosnia and Herzegovina.- Chapter 17: Comparing the Nigerian GNSS reference network's zenith total delays from precise point positioning to a numerical weather model.- Part 5: Global Geodetic Observing System (GGOS) and Earth monitoring services.- Chapter 18: GGOS Bureau of Products and Standards: Recent activities and future plans.- Chapter 19: Recent activities of the GGOS Standing Committee on Performance Simulations and Architectural Trade-Offs (PLATO).- Chapter 20: IGFS metadata for gravity. Structure, build-up and application module.- Part 6: Multi-signal positioning: Theory and applications.- Chapter 21: Assessment of GNSS and map integration for lane-level applications in the scope of Intelligent Transportation Location Based Services (ITLBS).- Chapter 22: Improving low-cost GNSS navigation in urban areas by integrating a Kinect device.- Chapter 23: Crustal deformation and fault models of the 2016 Kumamoto earthquake sequence: Foreshocks and main shock.