Media Summary: Current solutions to receiver deghosting of marine seismic data generally involve making complementary measurements of the ... Seismic propagation may exhibit very complex physics, especially on land where elastic and attenuation are dominating effects. In this presentation, Naeini discusses a quantitative approach to do well tie and to QC the outcome. This covers the basic ...

Eage E Lecture Wave Equation - Detailed Analysis & Overview

Current solutions to receiver deghosting of marine seismic data generally involve making complementary measurements of the ... Seismic propagation may exhibit very complex physics, especially on land where elastic and attenuation are dominating effects. In this presentation, Naeini discusses a quantitative approach to do well tie and to QC the outcome. This covers the basic ... Full waveform inversion (FWI) has recently emerged as one of the most exciting new techniques in the seismic industry thanks to ... Full-waveform inversion relies on accurate starting models to avoid local minima. We remove this reliance by solving an ... It is relatively well known that migration stretches the waveforms of dipping reflections. It is less well known how this impacts ...

Unresolved velocity anomalies in the near surface degrade deeper imaging. As a consequence, great care needs to be taken to ... Building an accurate image of the subsurface in complex geological settings remains a serious issue for geophysicists. If the first ... Laurent Souche (Schlumberger) exposes the latest advances in structural modeling. After discussing the conceptual differences ...

Photo Gallery

EAGE E-Lecture: Wave Equation Receiver Deghosting by Craig Beasley
EAGE E-Lecture: Wave-Equation-Based AVO Inversion by Dries Gisolf
EAGE E-lecture: Viscoelastic Full Waveform Inversion, by Gabriel Fabien-Ouellet
EAGE E-Lecture: Well Tie: Principles & New Advancements for Broadband Seismic Data, by Ehsan Naeini
EAGE E-Lecture: Maximising the Benefits of Full Waveform Inversion by Fabio Mancini
EAGE E-Lecture: Seismic Geomechanics by Jörg Herwanger
EAGE E-Lecture: A New Take On FWI: Wavefield-Reconstruction Inversion by Felix Herrmann
EAGE E-Lecture: Structural Dip, Migration and Quantitative Interpretation by Ehsan Z. Naeini
EAGE E-Lecture: Resolving Near-Surface Velocity Anomalies in Marine Data by Ian F. Jones
EAGE E-Lecture: Reverse Time Migration: How Does It Work, When To Use It by Etienne Robein
EAGE E-Lecture: Volume Based Modeling by Laurent Souche
EAGE Student E-Lecture: A Tutorial on Gassmann’s Fluid Substitutions, by Pierre-Olivier Lys
View Detailed Profile
EAGE E-Lecture: Wave Equation Receiver Deghosting by Craig Beasley

EAGE E-Lecture: Wave Equation Receiver Deghosting by Craig Beasley

Current solutions to receiver deghosting of marine seismic data generally involve making complementary measurements of the ...

EAGE E-Lecture: Wave-Equation-Based AVO Inversion by Dries Gisolf

EAGE E-Lecture: Wave-Equation-Based AVO Inversion by Dries Gisolf

Wave

EAGE E-lecture: Viscoelastic Full Waveform Inversion, by Gabriel Fabien-Ouellet

EAGE E-lecture: Viscoelastic Full Waveform Inversion, by Gabriel Fabien-Ouellet

Seismic propagation may exhibit very complex physics, especially on land where elastic and attenuation are dominating effects.

EAGE E-Lecture: Well Tie: Principles & New Advancements for Broadband Seismic Data, by Ehsan Naeini

EAGE E-Lecture: Well Tie: Principles & New Advancements for Broadband Seismic Data, by Ehsan Naeini

In this presentation, Naeini discusses a quantitative approach to do well tie and to QC the outcome. This covers the basic ...

EAGE E-Lecture: Maximising the Benefits of Full Waveform Inversion by Fabio Mancini

EAGE E-Lecture: Maximising the Benefits of Full Waveform Inversion by Fabio Mancini

Full waveform inversion (FWI) has recently emerged as one of the most exciting new techniques in the seismic industry thanks to ...

EAGE E-Lecture: Seismic Geomechanics by Jörg Herwanger

EAGE E-Lecture: Seismic Geomechanics by Jörg Herwanger

In this compact version of his

EAGE E-Lecture: A New Take On FWI: Wavefield-Reconstruction Inversion by Felix Herrmann

EAGE E-Lecture: A New Take On FWI: Wavefield-Reconstruction Inversion by Felix Herrmann

Full-waveform inversion relies on accurate starting models to avoid local minima. We remove this reliance by solving an ...

EAGE E-Lecture: Structural Dip, Migration and Quantitative Interpretation by Ehsan Z. Naeini

EAGE E-Lecture: Structural Dip, Migration and Quantitative Interpretation by Ehsan Z. Naeini

It is relatively well known that migration stretches the waveforms of dipping reflections. It is less well known how this impacts ...

EAGE E-Lecture: Resolving Near-Surface Velocity Anomalies in Marine Data by Ian F. Jones

EAGE E-Lecture: Resolving Near-Surface Velocity Anomalies in Marine Data by Ian F. Jones

Unresolved velocity anomalies in the near surface degrade deeper imaging. As a consequence, great care needs to be taken to ...

EAGE E-Lecture: Reverse Time Migration: How Does It Work, When To Use It by Etienne Robein

EAGE E-Lecture: Reverse Time Migration: How Does It Work, When To Use It by Etienne Robein

Building an accurate image of the subsurface in complex geological settings remains a serious issue for geophysicists. If the first ...

EAGE E-Lecture: Volume Based Modeling by Laurent Souche

EAGE E-Lecture: Volume Based Modeling by Laurent Souche

Laurent Souche (Schlumberger) exposes the latest advances in structural modeling. After discussing the conceptual differences ...

EAGE Student E-Lecture: A Tutorial on Gassmann’s Fluid Substitutions, by Pierre-Olivier Lys

EAGE Student E-Lecture: A Tutorial on Gassmann’s Fluid Substitutions, by Pierre-Olivier Lys

EAGE

EAGE E-Lecture: In-Situ Local Angle Domain Data For Directivity Driven Imaging by Zvi Koren

EAGE E-Lecture: In-Situ Local Angle Domain Data For Directivity Driven Imaging by Zvi Koren

In this