Available presentations & posters > Session 3

Session 3. Technical and methodological developments, and large networks handling

Conveners: C. Kreemer, E. Pathier, M. Becker

This session is open to papers that address new technical and methodological development of geodetic methods applied Earth deformation monitoring. In the context of the development of international initiatives like GGOS (Global Geodetic Observing System) or EPOS (European Plate Observatory System), we are especially welcoming paper that focus on one of the following challenges:

Integration of information coming from different methods (GNSS, gravimetry, SAR and optical imagery, Lidar, ground geodesy, etc.),
Handling large volume of data and large instruments networks, including automatic detection of events or irregular pattern,
Managing High Performance Computing for large scale processing that can cover several countries, with regular update for monitoring purpose.

Keynote Speaker

Zhenhong Li - Newcastle University - UK
GACOS-Assisted InSAR Time Series Technique

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Detailed Oral Program

Thursday 13th September

8 :30AM – 10 :15AM:

GACOS-Assisted InSAR Time Series Technique (invited)	Zhenhong Li
Deformation across the Altyn Tagh Fault from InSAR : improved estimates using a new tropospheric correction method	Lin Shen
Characterization and removal of shadow bias from Optical Image Correlation; application to the 2013 Balouchistan earthquake	James Hollingsworth
Gap lling based on EOF analysis of temporal covariance of o set tracking displacement measurement time series	Alexandre Hippert-Ferrer
Geodetic Network Design for Low-Cost GNSS	Andrew Watson
Passive RFID: a dense and weather-robust technique to monitor surface deformation, applied to a landslide	Mathieu Le Breton

10:45AM – 11 :45AM:

On joining near-field and far-field data for robust earthquake source modelling	Henriette Sudhaus
Tools for Bayesian earthquake source inversion from heterogeneous geodetic and seismological observations	Marius Paul Isken
Adaptive fault discretization for the inversion of geodetic data	Yosuke Aoki
Accounting for uncertain fault geometry in earthquake source inversion problems	Théa Ragon

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List of Posters

On demand computation of InSar interferogramms using NSBAS	Franck Thollard, Sandrine Monasson, Elisabeth Pointal, Christophe Laurent, Emilie Deschamps-Ostanciaux, Marie-Pierre Doin, Erwan Pathier, Virginie Pinel, Cecile Lasserre, Raphael Grandin, Michel Diament
The C4G/UBI contribution for the EPOS GNSS Products Dissemination	Machiel Bos, Paul Crocker, Rafael Couto, Rui Fernandes, Rui Cardoso, Hugo Gonçalves, José Manteigueiro, Fábio Pereira, André Rodrigues
The EPOS GNSS Data Gateway: concept and access to EPOS GNSS data and metadata	Mathilde Vergnolle, Jean-Luc Menut, Khai-Minh Ngo, Maurin Vidal, Lucie Rolland
A probabilistic estimation of surface strain rates from GPS measurements	Colin Pagani, Thomas Bodin, Marianne Métois, Cecile Lasserre
EPOS-GNSS products: Solution in double difference from CNRS-UGA analysis center	Aline Deprez, Anne Socquet, Nathalie Cotte, Andrea Walpersdorf
Reprocessing and Analysis of Iranian Permanent GNSS network 2006 -2017 to monitor surface displacement ,measure velocity and starin fields	Hamidreza Nankali, Fateme Khorrmai, Abdoreza Saadat, Yahya Djamour, Andrea Walpersdorf, Farokh Tavakoli
PYACS: A set of Python tools for GPS analysis and tectonic modelling	Jean-Mathieu Nocquet
Sea level monitoring using ground-based GNSS reflectometry	Sajad Tabibi, Tonie van Dam, Olivier Francis, Felipe Nievinski

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