Poster Programme G1.2
G1.2 Mathematical methods in the analysis and interpretation of potential field data and geodetic time series |
Convener: V. Michel | Co-Conveners: M. HAMOUDI , W. Kosek , J. Kusche , M. Schmidt |
Oral Programme
/ Wed, 25 Apr, 13:30–15:00
/ Room 2
Poster Programme
/ Attendance Wed, 25 Apr, 17:30–19:00
/ Hall XL
|
Attendance Time: Wednesday, 25 April 2012, 17:30–19:00 Hall XL |
|
XL71
|
EGU2012-4768
Extracting white noise statistics in GPS coordinate time series |
XL72
|
EGU2012-4801
Extracting seasonal signals from continuous GPS time series with modern statistical methods |
XL73
|
EGU2012-7850
Detection of transients in GPS time series based on covariance analyses of the rate |
XL74
|
EGU2012-11773
Comparison of Variance Component Estimators in Geodetics Science through Noise Analysis |
XL75
|
EGU2012-5987
Development of new geoinformation methods for modelling and prediction of sea level change over different timescales - overview of the project |
XL76
|
EGU2012-8916
Entropy-based method for optimal temporal and spatial resolution of gravity field variations |
XL77
|
EGU2012-6143
Different radial basis functions and their applicability for regional gravity representation on the sphere |
XL78
|
EGU2012-2705
Automatic Construction of a Sparse Best Basis for Potential Approximation and Inversion |
XL79
|
EGU2012-9819
Iterative Sparse Approximation of the Gravitational Potential |
XL80
|
EGU2012-10640
Optimisation of point grids in regional gravity field analysis |
XL81
|
EGU2012-14223
Dissatisfaction of Compact Picard Condition (CPC) with GRACE satellite data and its treatment by Generalized Tikhonov in Sobolev subspace |
XL82
|
EGU2012-4874
Computation of spherical harmonic coiefficients from rigorous integration of gridded terrestrial data |
XL83
|
EGU2012-2572
Fourier-Series Expansion of Spherical Harmonic Functions |
XL84
|
EGU2012-7559
Bayesian inference and B-spline representation of model parameters for the global hydrological model WGHM |
XL85
|
EGU2012-844
Separation of sources and 3D potential field data inversion for the Thuringian Basin |