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Presentation Overview
• Introduction
• Cooperative inversion of seismic reflection and gravity data
• Methodology
• Results
• Conclusion
Maiara Gonçalves & Emilson Leite EGU2020 2
Introduction
• Seismic reflection • Gravity
Maiara Gonçalves & Emilson Leite EGU2020 3
Introduction
• Solution jointly invert seismic with gravity
1) De Stefano et al., (2011): joint inversion with structural and
empirical links
2) Haber and Oldenburg (1997) – structural operator
3) Gallardo and Meju (2004) – the cross product of model gradients
4) Gonçalves and Leite (2019) – cooperative inversion of seismic
reflection and gravity data, by optimizing the gravity inverse
problem.
Maiara Gonçalves & Emilson Leite EGU2020 5
Cooperative inversion of seismic reflection and
gravity data
Objective
function
to be
optimized
Gonçalves and Leite (2019)
Maiara Gonçalves & Emilson Leite EGU2020 6
Methodology Parameters to analyze:
Reflection
Expansion
• Sensibility analysis Contraction
1) Simplex Method Shrinkage
Adapted from Lagarias et al. (1998).
The simplex algorithm is a local
search method.
Maiara Gonçalves & Emilson Leite EGU2020 7
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