Beschreibung
Inhaltsangabe1: Modelling the Earth at the Part per Billion Level.- Earth scale below a part per billion from Satellite Laser Ranging.- Long-term stability of altimetric data with applications to mean sea-level change.- CORE: Continuous, high accuracy Earth orientation measurements for the new millennium (extended abstract).- The IGEX-98 campaign: Highlights and perspective.- Computation of precise GLONASS orbits for IGEX-98.- Ocean loading tides in GPS and rapid variations of the frame origin.- Use of GPS carrier phase for high precision frequency (time) comparison.- The European Reference System coming of age.- Status and development of the European height system.- 2: Seamless Gravity.- Recovering the global gravitational field from satellite measurements of the full gravity gradient.- Data analysis for the GOCE mission.- Direct and local comparison between different satellite missions for the gravity field on-the-fly.- Calibration/validation methods for GRACE.- The 1999 GFZ pre-CHAMP high resolution gravity model.- Comparison and evaluation of the new Russian global geopotential model to degree 360.- Assessing the global land one-km base elevation DEM.- Recent advances in the acquisition and use of terrain data for geoid modelling over the United States.- Geoid modelling in coastal regions using airborne and satellite data: Case study in the Azores.- Airborne gravity field surveying for oceanography, geology and geodesy - the experiences from AGMASCO.- A comparison of stable platform and strapdown airborne gravity (extended abstract).- The NRL airborne geophysics program.- On the modelling of long wavelength systematic errors in surface gravimetric data.- Investigation of different methods for the combination of gravity and GPS/levelling data.- The regional geopotential model to degree and order 720 in China.- Gravity field and geoid for Japan.- The dual sphere superconducting gravimeter GWR CD029 at Frankfurt a.M. and Wettzell - first results and calibration.- 3: Advances in Theory and Numerical Techniques.- Direct methods in physical geodesy.- A general least-squares solution of the geodetic boundary value problem.- On an O(N) algorithm for the solution of geodetic boundary value problems.- The multigrid method for satellite gravity field recovery.- Numerical realization of a new iteration procedure for the recovery of potential coefficients.- Improved analytical approximations of the Earth2's gravitational field.- Sparse preconditioners of Gram's matrices in the conjugate gradient method.- A wavelet approach to non-stationary collocation.- Wavelets and collocation: An interesting similarity.- On the wavelet determination of scale exponents in energy spectra and structure functions and their application to CCD camera data.- The use of wavelets for the analysis and de-noising of kinematic geodetic measurements.- A theorem of insensitivity of the collocation solution to variations of the metric of the interpolation space.- Biases and accuracy of, and an alternative to discrete nonlinear filters (extended abstract).- Are GPS data normally distributed?.- On the precision and reliability of near real-time GPS phase observations ambiguities.- 4: Geodynamics.- Degree-one deformations of the Earth.- Geodynamics from the analysis of the mean orbital motion of geodetic satellites.- Geodynamics of S.E. Asia: First results of the Sulawesi 1998 GPS campaign.- Four-dimensional geodesy: Time dependent inversion for earthquake and volcanic sources (extended abstract).- An interdisciplinary approach to studying seismic hazard throughout Greece.- Crustal deformation monitoring of volcanoes in Japan using L-band SAR interferometry.- The sea surface of the Baltic - a result from the Baltic Sea Level Project (IAG SSC 8.1).- Preliminary study of a block rotation model in North China area using GPS measurements.- Realization of a terrestrial reference frame for large-scale GPS networks.- 5: Kinematic Systems and Precision Engineering.- Building structures a
Autorenportrait
Inhaltsangabe1: Modelling the Earth at the Part per Billion Level.- Earth scale below a part per billion from Satellite Laser Ranging.- Long-term stability of altimetric data with applications to mean sea-level change.- CORE: Continuous, high accuracy Earth orientation measurements for the new millennium (extended abstract).- The IGEX-98 campaign: Highlights and perspective.- Computation of precise GLONASS orbits for IGEX-98.- Ocean loading tides in GPS and rapid variations of the frame origin.- Use of GPS carrier phase for high precision frequency (time) comparison.- The European Reference System coming of age.- Status and development of the European height system.- 2: Seamless Gravity.- Recovering the global gravitational field from satellite measurements of the full gravity gradient.- Data analysis for the GOCE mission.- Direct and local comparison between different satellite missions for the gravity field on-the-fly.- Calibration/validation methods for GRACE.- The 1999 GFZ pre-CHAMP high resolution gravity model.- Comparison and evaluation of the new Russian global geopotential model to degree 360.- Assessing the global land one-km base elevation DEM.- Recent advances in the acquisition and use of terrain data for geoid modelling over the United States.- Geoid modelling in coastal regions using airborne and satellite data: Case study in the Azores.- Airborne gravity field surveying for oceanography, geology and geodesy - the experiences from AGMASCO.- A comparison of stable platform and strapdown airborne gravity (extended abstract).- The NRL airborne geophysics program.- On the modelling of long wavelength systematic errors in surface gravimetric data.- Investigation of different methods for the combination of gravity and GPS/levelling data.- The regional geopotential model to degree and order 720 in China.- Gravity field and geoid for Japan.- The dual sphere superconducting gravimeter GWR CD029 at Frankfurt a.M. and Wettzell - first results and calibration.- 3: Advances in Theory and Numerical Techniques.- Direct methods in physical geodesy.- A general least-squares solution of the geodetic boundary value problem.- On an O(N) algorithm for the solution of geodetic boundary value problems.- The multigrid method for satellite gravity field recovery.- Numerical realization of a new iteration procedure for the recovery of potential coefficients.- Improved analytical approximations of the Earth2's gravitational field.- Sparse preconditioners of Gram's matrices in the conjugate gradient method.- A wavelet approach to non-stationary collocation.- Wavelets and collocation: An interesting similarity.- On the wavelet determination of scale exponents in energy spectra and structure functions and their application to CCD camera data.- The use of wavelets for the analysis and de-noising of kinematic geodetic measurements.- A theorem of insensitivity of the collocation solution to variations of the metric of the interpolation space.- Biases and accuracy of, and an alternative to discrete nonlinear filters (extended abstract).- Are GPS data normally distributed?.- On the precision and reliability of near real-time GPS phase observations ambiguities.- 4: Geodynamics.- Degree-one deformations of the Earth.- Geodynamics from the analysis of the mean orbital motion of geodetic satellites.- Geodynamics of S.E. Asia: First results of the Sulawesi 1998 GPS campaign.- Four-dimensional geodesy: Time dependent inversion for earthquake and volcanic sources (extended abstract).- An interdisciplinary approach to studying seismic hazard throughout Greece.- Crustal deformation monitoring of volcanoes in Japan using L-band SAR interferometry.- The sea surface of the Baltic - a result from the Baltic Sea Level Project (IAG SSC 8.1).- Preliminary study of a block rotation model in North China area using GPS measurements.- Realization of a terrestrial reference frame for large-scale GPS networks.- 5: Kinematic Systems and Precision Engineering.- Building structures a
