| Rapid and Precise Orbit Determination for the GOCE Satellite | P. Visser, J. van den IJssel, T. van Helleputte,
H. Bock, A. Jäggi, U. Meyer, G. Beutler, M. Heinze, U. Hugentobler |
| GOCE payload status, data quality and availability | Rune Floberghagen, Michael Fehringer,
Daniel Lamarre, Danilo Muzi and the GOCE Team |
| Accelerometers for the ESA GOCE Mission: one year of in-orbit results | B. Christophe, J-P. Marque, B. Foulon |
| First Gravity Field Model from GOCE | Reiner Rummel |
| GOCE Satellite Status and Performance | Michael Fehringer, Rune Floberghagen, Danilo Muzi |
| Flight Operations for GOCE, ESA's Gravity Mission | C. Steiger, R. Floberghagen, M. Fehringer,
J. Piñeiro, P.P. Emanuelli |
| Overview of GOCE Gradiometer Cal/Val Activities | J. Bouman, P. Brieden, G. Catastini, S. Cesare, R. Floberghagen, B. Frommknecht,
R. Haagmans, M. Kern, D. Lamarre, J. Müller, G. Plank, S. Rispens, C. Stummer,
C.C. Tscherning, M. Veicherts, P. Visser |
| The In-flight Calibration of the GOCE Gradiometer | Stefano Cesare, Giuseppe Catastini, Rune Floberghagen, Daniel Lamarre |
| Alternative In-Flight Calibration of the GOCE Gradiometer: ESA-L Method | Daniel Lamarre, Michael Kern |
| GOCE L1b processing | Frommknecht, Bjoern ; Stummer, Claudia; Gilles,
Pascal; Floberghagen, Rune; Cesare, Stefano; Catastini, Giuseppe ;
Meloni, Marco; Bigazzi, Alberto |
| Quality Assessment of GOCE Gradients | Phillip Brieden, Jürgen Müller |
| GOCE Gravity Gradients in Instrument and Terrestrial Frames | J. Bouman, Th. Gruber, S. Rispens, E. Schrama,
C.C. Tscherning, M.Veicherts, P. Visser |
| GOCE Gravity field recovery by means of the direct numerical method | S.L. Bruinsma, J.C. Marty, G. Balmino, R. Biancale |
| Global Gravity Field Model derived from GOCE Orbit and Gradiometry Data | Helmut Goiginger, Reinhard Mayrhofer, Roland Pail,
Thomas Fecher, Thomas Gruber,Wolf-Dieter Schuh,
Jan Martin Brockmann, Ina Krasbutter, Eduard Höck |
| GOCE data analysis: The space-wise approach and the first space-wise gravity field model | F. Migliaccio, M. Reguzzoni,
F. Sansò,C.C. Tscherning, M. Veicherts |
| Validation of GOCE Gravity Field Models and Precise Science Orbits | T. Gruber, C. Ackermann, T. Fecher, M. Heinze, P. Visser |
Refinement of the Stochastic Model of GOCE Scientific Data
and its Effect on the in-situ Gravity Field Solution | W.D. Schuh, J.M. Brockmann, B. Kargoll and I. Krasbutter, R. Pail |
| Quick-look Gravity Field Solutions as Part of the GOCE Quality Assessment | Reinhard Mayrhofer, Roland Pail, Thomas Fecher |
| Precise Science Orbits for the GOCE Satellite – Aiming at the cm-level | H. Bock, A. Jäggi, U. Meyer, G. Beutler, M. Heinze |
Regional high resolution geoid and mean sea surface
topography determination by a combination of GOCE, GRACE and altimetry data | Torsten Mayer-Gürr, Annette Eicker, Judith Schall |
| Combination of GRACE and GOCE in situ data for high resolution regional gravity field modeling | M. Schmeer, C. Gruber, M. Schmidt, F. Flechtner |
| GOCE data analysis: realization of the invariants approach in a high performance computing environment | Oliver Baur, Nico Sneeuw, Jianqing Cai, Matthias Roth |
GRAVNOR: Determination Of The Gravity Field Over
Norwegian Territories Using Goce Data And Space Geodesy Software Geosat | E. Mysen, P.H. Andersen |
| Upward continuation of satellite altimeter data for GOCE validation | Sebera J., Bosch W., Bouman J., Bezd ek A., Kloko cn k J., Kosteleck y J |
| Dynamic Ocean Topography from GOCE Some Preparatory Attempts | A. Albertella, R. Rummel, R. Savcenko, W. Bosch, T. Janjic,
J.Schroeter, T. Gruber, J. Bouman |
| Tidal Field Refinement from GOCE and GRACE – A sensitivity study | S. Casotto, F. Panzetta |
| Tidal Field Refinement from GOCE and GRACE – A sensitivity study - avi File | S. Casotto, F. Panzetta |
| GOCE in Ocean Modelling and the GOCINO project | P. Knudsen,M.-H. Rio, J. Johannessen, K. Haines, D. Lea, D. Anderson |
| Full Resolution Geoid from GOCE Gradients for Ocean Modeling | Matija Herceg & Per Knudsen |
Geostrophic Surface Currents in the Northern
North Atlantic revealed by GOCE, Gravity Anomalies and MSSH | D.I. Lysaker, O.C.D. Omang, D. Solheim |
| The SEEGOCE project | Michel Diament and the SEEGOCE team |
GOCE Gravity field error variances-covariances
and the related tools Example with a recent solution | G. Balmino, S. Bruinsma, J.C. Marty |
| Goce Observations For Detecting Unknown Tectonic Features | Braitenberg C., Mariani P., Reguzzoni M., Ussami N |
| A spherical Fourier approach to estimate the Moho from GOCE data | Mirko Reguzzoni, Daniele Sampietro |
| EUPOS and SLR Contribution to GOCE Mission | J.Balodis, M.Caunite, I.Janpaule, A.Kenyeres,
G.Silabriedis, G.Rosenthal, A.Rubans, A.Zarinsjh, J.Zvirgzds |
| Some aspects of the orbit selection for the measurement phases of GOCE | Alea Bezdk, Jaroslav Klokoník, Jan Kostelecký,
Rune Floberghagen and Josef Sebera |
| GOCE Italy. Scientific tasks and first results | F. Sansò and the GOCE Italy Team |