----- Monday, June 18, 2018 -----

I-P. Posters related to oral sessions I to V

Monday, June 18 - 17.30-18.30

· 1 - Bagherbandi M, Gido NAA, Sjöberg LE, Tenzer R: Studying permafrost by integration of satellite and in situ data in Arctic region

· 2 - Pour SI, Weigelt M, Amiri-Simkooei A, Sneeuw N: Orbit optimization for future gravity field mission: the influence of the choice of time variable gravity field models

· 3 - Kahlouche S, Dekkiche H, Hasni K, Belhadj A, Betchine YA, Sekkour K, Miloudi S: Monitoring crustal deformations on the city of Oran (Algeria) using GPS positioning and radar interferometry

· 4 - Manoussakis G, Korakitis R: An advanced study of the normal equipotential surfaces using spherical harmonic series

· 5 - Shafiei Joud MS, Bagherbandi M, Sjöberg LE: A satellite-based gravimetric approach to GIA modelling

· 6 - de Tarso Setti P Junior, Marra Alves DB, da Silva CM: Point Positioning using Galileo’s NeQuick ionospheric model over the Brazilian region

· 7 - Piretzidis D, Sideris MG: Comparison of criteria for the identification of correlated coefficients in GRACE monthly solutions

· 8 - Romeshkani M, Sharifi MA: Topographic and atmospheric effects on gravitational curvature tensor components in LNOF

· 9 - Pietrantonio G, Devoti R, De Martino P, Dolce M: Real-time GPS positioning constraints on seismic source location: the Ischia 2017 earthquake

· 10 - Claessens S: Second- and third-order derivatives of the Somigliana-Pizzetti reference gravity field

· 11 - Ulukavak M, Yalcinkaya M, Kayikci Et, Ozturk S, Kandemir R, Karsli H: Earthquake monitoring investigations by using the ionospheric TEC variations

· 12 - Herrera AM, Chacón F, de Lacy MC: Precise Point Positioning using Galileo’s initial services

· 13 - Rossi L, Reguzzoni M, Sampietro D: A parallel algorithm for the Bayesian gravity inversion

· 14 - Schmidt M, Boerger K: GGOS Focus Area on Geodetic Space Weather Research – basic ideas

· 15 - Papanikolaou T, Tsoulis D: Medium to high frequency analysis of Earth gravity field models based on dynamic orbit determination of GRACE and GOCE satellite missions

· 16 - Foroughi I, Vaníček P, Kingdon R, Sheng M, Santos M: Investigating the accuracy of the Poisson’s downward continuation using least squares technique

· 17 - Ravanelli M, Savastano G, Komjathy A, Crespi M: New applications of the variometric approach on single frequency GNSS signals: a first preliminary feasibility demonstration

· 18 - Gerlach C, Idzanovic M, Ophaug V, Dahl Omang OC: Quality and distribution of terrestrial gravity data for precise regional geoid modeling in a testbed along the Norwegian coast

· 19 - Ditmar P: Regularization and analysis of mass anomaly time series from GRACE satellite data by a minimization of month-to-month year-to-year double differences

----- Thursday, June 21, 2018 -----

II-P. Posters related to oral sessions VI to X

Thursday, June 21 - 16.00-17.30

· 20 - Lambertus T, Reinking J: Global optimization as a geodetic tool in network adjustment: possibilities and limits

· 21 - Kosek W, Popinski W: Comparison of amplitude variations of oscillations in two real-valued time series using spectra-temporal analysis methods and its application to length of day and other geophysical time series

· 22 - Čunderlík R: Direct BEM formulation and its numerical solution to the exterior oblique derivative BVP

· 23 - Chatzinikos M, Dermanis A: Different approaches to the stacking of coordinate time series: algorithms and comparison of results

· 24 - Durand S, Touzé T, Jones M, Guillaume S, Cattin PH, Morel L: Evaluation of the compatibility between network adjustment software: CoMeT, LGC+ and Trinet+

· 25 - Kargoll B, Omidalizarandi M, Alkhatib H: Adjustment of Gauss-Helmert models with autoregressive and t-distributed errors

· 26 - Durand S, Touzé T: Using a basic stretched builders line to improve the geometry of 3D longitudinal networks

· 27 - Touati F, Benaraba N, Benyahia S, Yebdri D: General least-squares inversion of GRACE gravity data based on variance component estimation approach for hydrological applications

· 28 - Tsoulis D, Kazantzidis A: Assessment of step size selection for different numerical integration methods used in satellite orbit determination

· 29 - Ebadi S, Safari A: Comparison of two methods for a Moho recovery in Iran

· 30 - Zhou X, Yang Y, Jiang W: GNSS imaging of CMONOC network

· 31 - Pilapanta C, Nicacio E, Krueger C, Dalazoana R: Modeling seasonal signals from Amazon Basin GPS time series through EMD and SSA approaches

· 32 - Jekeli C: Deflections of the vertical from airborne gradiometry

· 33 - Tsoulis D, Gkatzoufas A: Numerical implementation of wavelet based terrain corrections in planar approximation

· 34 - Verdun J, Masson F, Cali J, Tsoulis D: Some simple comparisons between gravity gradient anomalies determined by satellite gravimetry and calculated numerically from global Earth's geological models

· 35 - Tsoulis D, Patlakis K: The role of geometric modeling of the topographic relief in the computation of local gravity anomalies

· 36 - Hosseini-Asl M, Amiri-Simkooei A, Safari A: Combination of global geoid models using least-squares variance component estimation

· 37 - Šprlák M, Han SC, Featherstone W: Regional lunar gravitational field modelling from GRAIL line-of-sight gravitation observables