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1
Intro
2
Welcome message
3
Welcome speech
4
Outline
5
Fisherman analogy
6
Seismic exploration
7
Wave propagation
8
Linear part
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Offset
10
Complex geometries
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Modern methods
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Fwi
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Loop Skipping Problem
14
Diving Waves
15
Field Record
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Results
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Pros Cons
18
Wave Bath Tomography
19
Survey Sinking
20
Velocity
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Extended Born Operator
22
Offset Gathers
23
Angle Gathers
24
Sensitivity Kernel
25
Starting Model
26
Final Model
27
Real Data
28
Outlook
29
Takehome message
Description:
Explore the intricacies of seismic inverse problems in this 57-minute conference talk presented at SIAM GS15 by the Society for Industrial and Applied Mathematics. Delve into the world of seismic exploration, starting with a fisherman analogy to explain complex concepts. Learn about wave propagation, linear components, and offset in complex geometries. Discover modern methods like Full Waveform Inversion (FWI) and understand the loop skipping problem and the role of diving waves. Examine field records, results, and the pros and cons of various techniques. Investigate Wave Bath Tomography, survey sinking, velocity models, and the Extended Born Operator. Analyze offset and angle gathers, sensitivity kernels, and the importance of starting models. Conclude with real data applications and gain valuable insights into the future of seismic inverse problem solving.

Seismic Inverse Problem

Society for Industrial and Applied Mathematics
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