Guillaume Caumon

Research interests

  • Geomodeling: model validity, meshing, construction and editing.
  • Uncertainty assessment and inverse problems
  • Volume visualization
  • Geostatistics and data analysis

About...

Guillaume Caumon has a background in quantitative geosciences and computer programming. He holds a MSc degree (Diplome d'ingénieur and DEA) from the Nancy School of Geology (Ecole Nationale Supérieure de Géologie), an a PhD and Habilitation in Geosciences from INPL.

He was a postdoctoral scholar in at the Petroleum Engineering Dept. of Stanford University in 2003-2004. He was visiting professor at the Center for Wave Phenomena at Colorado School of Mines during spring and summer 2015.

He is currently the Nancy School of Geology Professor in Geomodeling at Université de Lorraine - GeoRessources, where he teaches theoretical and applied geomodeling, geostatistics, field work and C++ programming. 

Download Resume [pdf, 893ko]

Contact Information

E-Mail :This email address is being protected from spambots. You need JavaScript enabled to view it.
Phone number:+33 (0)383 59 64 40
Cell:+33 (0)679 81 85 75
ENSG office number:G205

Main Publications

2019

Modeste Irakarama and Paul Cupillard and Guillaume Caumon and Paul Sava and Jonathan Edwards.
Appraising structural interpretations using seismic data — Theoretical elements
in: Geophysics, 84:2 (N29-N40)
Pierre Anquez and Jeanne Pellerin and Modeste Irakarama and Paul Cupillard and Bruno Levy and Guillaume Caumon.
Automatic correction and simplification of geological maps and cross-sections for numerical simulations
in: Comptes Rendus Geoscience, 351:1 (48 -- 58)
Nicolas Mastio and Pierre Thore and Marianne Conin and Guillaume Caumon.
Consistency of {{Rock Physics Model Predictions}} and {{Anisotropic Time}}-{{Lapse Tomographic Results}}
in: 81st {{EAGE Conference}} and {{Exhibition}}, {EAGE}
Paul Baville and J{\"o}rg Peisker and Guillaume Caumon.
From {{Well Logs}} to {{Stratigraphic Layering}}: {{Automation}}, {{Uncertainties}} and {{Impact}} on {{Reservoir Behavior}}
in: 81st {{EAGE Conference}} and {{Exhibition}}, {EAGE}
Nicolas Clausolles and Pauline Collon and Guillaume Caumon.
Generating variable shapes of salt geobodies from seismic images and prior geological knowledge
in: Interpretation, 7:4 (T829-T841)
Julien Renaudeau and Modeste Irakarama and Gautier Laurent and Frantz Maerten and Guillaume Caumon.
Implicit Modelling of Geological Structures: A Cartesian Grid Method Handling Discontinuities with Ghost Points
in: Boundary Elements and Other Mesh Reduction Methods XXXXI, pages 189-199, WIT Press, Southhampton, UK
Julien Renaudeau and Emmanuel Malvesin and Frantz Maerten and Guillaume Caumon.
Implicit {{Structural Modeling}} by {{Minimization}} of the {{Bending Energy}} with {{Moving Least Squares Functions}}
in: Mathematical Geosciences
Marion Parquer and Guillaume Caumon and Pauline Collon.
Integration of channel meander abandonment age uncertainty into a stochastic channelized system reconstruction method
in: Geomorphology, 345 (106824)
Gaetan Bardy and Pierre Biver and Guillaume Caumon and Philippe Renard.
Oil Production Uncertainty Assessment by Predicting Reservoir Production Curves and Confidence Intervals from Arbitrary Proxy Responses
in: Journal of Petroleum Science and Engineering, 176 (116-125)
Guillaume Caumon.
On {{Strategies}} for {{Consistent Local Geomodel Updating}}
in: 81st {{EAGE Conference}} and {{Exhibition}} 2019 {{Workshop Programme}}, {EAGE}
Melchior Schuh-senlis and Guillaume Caumon and Paul Cupillard.
Representing Faults in a Geomechanical Restoration Scheme Using Creeping Flow Equations
in: {{IAMG}} 2019, {International Association of Mathematical Geosciences}
Guillaume Caumon and Christophe Antoine.
Stochastic Stratigraphic Correlation of Multiple Wells Seen as a {{Directed Acyclic Graph}} Creation Problem
in: {{IAMG}} 2019, {International Association of Mathematical Geosciences}
Gabriel Godefroy and Guillaume Caumon and Gautier Laurent and Francois Bonneau.
Structural Interpretation of Sparse Fault Data Using Graph Theory and Geological Rules
in: Mathematical Geosciences

2018

Florian Wellmann and Guillaume Caumon.
3-{{D Structural}} geological models: {{Concepts}}, methods, and uncertainties
in: Advances in {{Geophysics}}, pages 1-121, {Elsevier}
Pierre Anquez and P. Pellerin and Guillaume Caumon.
A Graph-Based Method to Detect and Correct Invalid Features in Subsurface Structural Models
in: 80th EAGE Conference and Exhibition 2018
Gabriel Godefroy and Guillaume Caumon and Mary Ford and Gautier Laurent and Christopher A. -L. Jackson.
A parametric fault displacement model to introduce kinematic control into modeling faults from sparse data
in: Interpretation, 0:ja (1-48)
Nicolas Clausolles and Pauline Collon and Guillaume Caumon.
A workflow for 3D stochastic modeling of salt from seismic images
in: 80th EAGE Conference and Exhibition 2018, EAGE
Guillaume Caumon and Marion Parquer and Gabriel Godefroy and Jonathan Edwards and Pauline Collon.
Associating subsurface data with geological rules: on some new methods to address structural, stratigraphic and sedimentological uncertainties.
in: Closing the Gap III: Advances in Applied Geomodeling for Hydrocarbon Reservoirs, CSPG, Lake Louise, Alberta, Canada
Modeste Irakarama and Gautier Laurent and Julien Renaudeau and Guillaume Caumon.
Finite Difference Implicit Modeling of Geological Structures
in: 80th EAGE Conference and Exhibition 2018, Copenhagen, Denmark
Nicolas Clausolles and Pauline Collon and Guillaume Caumon.
Generating variable shapes of salt geobodies from seismic images
in: The 19th Annual Conference of the International Association for Mathematical Geosciences, International Association for Mathematical Geosciences