[Program] [Schedule]

Session 1: Gravity field modeling from satellite missions
Oral Part 1 - Chair: P. Visser
		Speaker	Title
8:30-9:00		B. Tapley, J. Ries, S. Bettadpur, F. Condi, R. Eanes, B. Gunter, Z. Kang, P. Nagel and S. Poole	The GGM 02 Earth Gravity Model
9:00-9:30		Ch. Reigber	A Great Step Forward in Modeling the Earth's Global Gravity Field
9:30-10:00		C.M. Cox and B.F. Chao	Time-Variable Gravity from Satellite Laser-Ranging: The Low-Degree Components and Their Connections with Geophysical/Climatic Changes
10:00-10:15		O.B. Andersen, P. Berry, S. Dreyer, P. Knudsen and R. Trimmer	Global gravity from retracked and reprocessed 2Hz ERS-1 Geodetic Mission altimetry
10:15-10:30		S. Kenyon and N.K. Pavlis	Status and plans for geopotential model EGM05
Break
Oral Part 2 - Chair: R. Haagmans
		Speaker	Title
11:00-11:15		P.N.A.M. Visser and E.J.O. Schrama	Space-borne gravimetry: how to decouple the different gravity field constituents?
11:15-11:45		N. Sneeuw and H. Schaub	Satellite clusters for next generation gravity field missions
11:45-12:00		T. Mayer-Guerr, K.H. Ilk and A. Eicker	A Global Gravity Field Model from Short Arcs of CHAMP with Regionally Adapted Refinements
12:00-12:15		H. Denker	Improved European Geoid Models Based on CHAMP and GRACE Results
12:15-12:30		N.K. Pavlis, S.A. Holmes, S. Kenyon, D. Schmidt and R. Trimmer	Gravitational Potential Expansion to Degree 2160
12:30-12:45		J.P. Van Loon and J. Kusche	Stochastic model validation of satellite gravity data: a test with 1 year of CHAMP data
12:45-13:00		C. Xu, R. Tsoi and N. Sneeuw	Analysis of J2 Perturbed Relative Orbits for Satellite Formation Flying
Lunch
Oral Part 3 - Chair: P. Visser
		Speaker	Title
14:30-15:00		Th. Gruber, R. Rummel and R. Koop	The GOCE High Level Processing Facility
15:00-15:15		J. Bouman	Quick-look outlier detection for GOCE gravity gradients
15:15-15:30		R. Pail, W.-D. Shuh and M. Wermuth	GOCE gravity field processing
15:30-15:45		F. Migliaccio, M. Reguzzoni, F. Sansň and C.C. Tscherning	The performance of the space-wise approach to GOCE data analysis, when statistical homogenization is applied
15:45-16:00		M.A. Sharifi and W. Keller	GRACE Gradiometer
16:00-16:15		Y.Yang and T. Xu	An Adaptively Regularization Method with Application in Gravity Field Recovery by Using Satellite Orbit and Accelerometry Data
16:15-16:30		I. Panet, O. Jamet, M. Diament and A. Chambodut	Modelling the Earth's gravity field using wavelets frames
Break
Authors in attendance of posters for sessions 1 and 3
17:00 - 18:30	Posters for session 1
17:00 - 18:30
		Label	Authors	Title
	P1_1	M. Weigelt and N. Sneeuw	Comparison of Energy Balance Approach and in-situ Acceleration Determination for CHAMP Gravity Recovery
	P1_2	R. Pail	GOCE Quick-Look Gravity Field Analysis
	P1_3	G. Plank and T. Badura	Combined SST and SGG GOCE Gravity Field Processing
	P1_4	T. Badura, R. Klostius, Ch. Gruber and Ch. Sakulin	CHAMP gravity field processing applying the energy integral approach
	P1_5	D. Tsoulis, C. Gruber and N. Sneeuw	An independent method for the estimation of bias and scale parameters for the CHAMP accelerometer
	P1_6	K.I. Wolf and H. Denker	Upward Continuation of Ground Data for GOCE Calibration/Validation Purposes
	P1_7	A. Eicker, T. Mayer-Guerr and K.H. Ilk	Global Gravity Field Solutions from GRACE SST Data and Regional Refinements by GOCE SGG Observations
	P1_8	T. Mayer-Guerr, K.H. Ilk, M. Feuchtinger and A. Eicker	A Global Gravity Field Model with Regional Zoom-in from GRACE Low-Low SST
	P1_9	P. Nóvak and E.W. Grafarend	Global gravity field modelling using GRACE observations
	P1_10	Gy. Tóth and L. Földváry	Effect of geopotential model errors on the projection of GOCE gradiometer observables
	P1_11	H. Alkhatib and W.-D. Schuh	A Monte Carlo method for the computing of large.scaled covariance matrices of iteratively and directly estimated gravity field parameters
	P1_12	B. Kargoll and W.-D. Schuh	Robust trend elimination for outlier analysis of GOCE mission data
	P1_13	S.A. Holmes and N.K. Pavlis	Efficient High-Degree Spherical Harmonic Analysis/Synthesis Without Underflows
	P1_14	B. Metzler and R. Pail	Spherical Cap Regularization Approach
	P1_15	T. Preimesberger and R. Pail	Detectability of systematic effects in GOCE-gradiometer measurements
	P1_16	C. Siemens and W.-D. Schuh	Joint Estimation of Gross Errors and Stochastic Signals of GOCE Mission Data
	P1_17	B. Lackner	Power Spectral Density estimation of GOCE satellite gravity gradiometry data
	P1_18	J. Bouman, M. Kern, R. Koop, R. Pail and R. Haagmans	Comparison of outlier detection algorithms for GOCE gravity gradients
	P1_19	C. Gruber, R. Pail and L. Földváry	The Impact of velocity derivation strategies on global geoid solutions based on the energy conservation principle
	P1_20	W. Bosch	Using GRACE Gravity Field Models to investigate Defectiveness of Altimetric Gravity Data
	P1_21	J. Klokocnik, J. Kostelecky and P. Novak	On Future of Gravity Field Models Accuracy Assessments
	P1_22	Th. Gruber and J. Radanovic	Gravity Field Model Validation with GPS-Levelling Geoid Heights
	P1_23	M. Kern and R. Haagmans	Determination of gravity gradients from terrestrial gravity data for calibration and validation of gradiometric GOCE data
	P1_24	E. Howe and C.C. Tscherning	Gravity field model UCPH2004 from one year of CHAMP data using energy conservation
	P1_25	G. S. Vergos, I.N. Tziavos and M.G. Sideris	A first validation of the new EGMs from CHAMP and GRACE and some notes on the combined adjustment of altimetric, gravimetric, QSST, TG and orthometric heights
	P1_26	Gy. Tóth and Sz. Rózsa	Comparison of CHAMP and GRACE geopotential models with terrestrail gravity field data in Hungary
	P1_27	R. Kiamehr	The Relative Accuracies of Recent Satellite Gravimetric Models in Iran
	P1_28	P. Ditmar, R. Klees, V. Kuznetsov, A. A. van Eck van der Sluijs, E. Schrama, and X. Liu.	Gravity Field Analysis with the Acceleration Approach on the Basis of Data from the CHAMP Satellite
	P1_29	R. Biancale, G. Balmino, S. Bruinsma, J.-M. Lemoine, F. Perosanz, N. Vales, S. Loyer, P. Exertier, P. Berio and O. Laurain	On the interest of combining SLR, CHAMP and GRACE data for gravity field modeling
17:00 - 18:30	Posters for session 3
17:00 - 18:30
	P3_1	H. Denker, J.-P. Barriot, R. Barzaghi, R. Forsberg, J. Ihde, A. Kenyeres, U. Marti and I.N. Tziavos	Status of the European Gravity and Geoid Project EGGP
	P3_2	M.C.B. Lobianco, C.A.C Castro Jr. And D. Blitzkow	The last ten years of progress on the geoid in South America
	P3_3	G. Fotopoulos, I.N. Tziavos and M.G. Sideris	On the incorporation of sea surface topography in establishing vertical control
	P3_4	R. Forsberg, G. Strykowski and D. Solheim	NKG-2004 Geoid of the Nordic and Baltic Area
	P3_5	G. Finn and E.W. Grafarend	FINN2004: A New Model for the Finnisch Geoid
	P3_6	M.J.E. Crombaghs	NLGEO2004: a new geoid model for The Netherlands
	P3_7	J. Krynski and A. Lyszkowicz	New Results in Precise Geoid Modelling in Poland
	P3_8	M. Mojzes, J. Janak and J. Papco	New Gravimetric Model of Quasigeoid in Slovakia
	P3_9	H. Jürgenson	Estonian High Precision Geoid Model Est-Geoid2003
	P3_10	C. Hirt and B. Reese	High-Precision Astrogeodetic Determination of a Local Geoid Profile Using the Digital Zenith Camera System TZK2-D
	P3_11	M. Vasconcelos and H. Ribeiro	Astrogeodetic Geoid Model of Portugal Mainland - Integration of New Observations
	P3_12	U. Marti	High Precision combined geoid determination in Switzerland
	P3_13	O.C.D. Omang, D. Solheim and R. Forsberg	New geoid models based on new airbonre gravity data and adjusted marine gravity data
	P3_14	C.S. Chen and H.C. Liu	A Study on the Determination of the Best Taiwan Geoid Model using Gravity Method
	P3_15	R.V. Komarov, R.A. Kascheev and R.V. Zagretdinov	Geoid determination by GPS/Levelling method in the Republic of Tatarstan
	P3_16	F. Coren, P. Sterzai, A. Capra and G. Bitelli	Local gravimetric geoid determination in Northern Victoria Land (Antarctica)
	P3_17	M. Berrocoso, J.M. Enríquez-Salamanca, Y. Jiménez, A. Fernández-Ros, C. Torrecillas, M.E. Ramírez, M.J. González-Fuentes, A. Pérez-Pena, R. Páez, M. Tárraga, A. García-García, F. García-García, R. Soto	Determination of an experimental geoid for Deception Island
	P3_18	J. Mueller, R. Dietrich, M. Scheinert and M. Wiehl	About the role of subglacial topography on geoid determination from Airborne Gravimetry in Antarctica
	P3_20	G. Rodríguez-Caderot, C. Lacy, M.J. Borque and A.J. Gil	Gravimetric Geoid in the Bajo Segura Basin (Eastern Betic Cordillera, Spain) and its Geophysical Interpretations)
	P3_21	S.F. De Souza and N.C. De Sá	A Gravimetric Geoid in Săo Paulo State (Brazil): Compuation and Evaluation Using GPS and Levelling Data
	P3_22	D. Goldani, F.H.S. Magro, R.S. Genro and R. Salomoni	Determination of a Local Geoid Model for the City of Porto Alegre, RS, Brazil
	P3_23	M. C. L. Quintas, D. Goldani, R. S. Genro	A High Precision Geoidal Model for Paraná State, South of Brazil
	P3_24	J. Faure, F.D. Barbato, R.P. Rodino	GPS levelling in Montevideo, Uruguay
	P3_25	O. Al-Bayari	Preliminary Study of the Local Geoid in Jordan
	P3_26	B. Erol and R.N. Çelik	Precise Geoid Modeling in Local Areas Using GPS/Levelling Data and Software Development for Practical Geodetic Applications
	P3_27	S. Kahlouche, M. Haddad, A. Rami, S.A. Benahmed Daho	Altimetric geoid determination from Topex data (cycles 365 and 366) on the Mediterranean basin
	P3_28	H. Nahavandchi and A. Soltanpour	Impact of the New GRACE Global Geopotential Model to the Geoidal Height Modeling over Norway
	P3_29	H. Nahavandchi and A. Soltanpour	A New Gravimetric Geoidal Height Model over Norway Computed by the Least-Squares Modification Parameters
	P3_30	H. Nahavandchi and A. Soltanpour	Adjustment of the Surface of the Gravimetric Geoidal Height Model betweeen Constrained GPS-Levelling Stations
	P3_31	D.I. Lysaker, O. Omang and D. Solheim	The influence of postglacial rebound on the geoid derived from GPS/levelling
	P3_32	C. Hirt, B. Reese and H. Enslin	On the Accuracy of Vertical Deflection Measurments Using the High-Precision Digital Zenith Camera System TZK2-D
	P3_33	B. Bürki, A. Müller and H.-G. Kahle	DIADEM: The New Digital Astronomical Deflection Measuering System for High-precision Measurements of Deflections of the Vertical at ETH Zürich
P3_34	L. Völgyesi, Gy. Popper and B. Paláncz	Application of adjustment via Mathematica for deflection of the vertical determination
P3_35	M. Véronneau and J.L. Huang	Modernization of the Height System in Canada: Progress and Challenges
P3_36	C. Tocho, G.S. Vergos and M.G. Sideris	A new marine geoid model for Argentina combining altimetry, shipborne gravity data and CHAMP/GRACE-type EGM's
P3_38	M. Giménez, I. Colomina, J.J. Rosales, M. Wis and C.C. Tscherning	TERRA: A feasibility study on local geoid determination in Bolivia through strapdown ineratial airborne gravimetry
P3_39	A.R. Tierra, S.R.C. De Freitas	Artificial Neural Network: A Powerful Tool for Predicting Gravity Anomaly from Sparse Data
P3_40	T.K. Yeh, C.S. Chen, F.L. Tsai and C.W. Lee	Study on the Relation between the Quality of GPS Data and the Precision of Positioning
P3_41	W.-C. Hung, C.-H. Liu and S. Ouyang	GPS Monitoring for Ground Subsidence in Middle West Taiwan