WEEK | SUBJECT | Reading
| Hmwk/Lab
|
| Lec. 1 (Review)
| Green's Functions amd Lippmann-Schwinger Equations
| Green's Function Chapter
| .
|
| Lec. 2 (Review)
| Born Approximation and Inversion
| Read Green's Function Chapter
| .
|
| Lec 3. (Review)
| RTM.0 PPTs Reverse time migration.
| Read RTM Chapter
| .
|
| Lec 4. (Review)
| RTM.1 PPTs . Reverse time migration.
| Read RTM Chapter
| Beginner RTM Lab: (user: hamster, PW: codedev)
|
| Lec 5. (Review)
| MD PPTs , Migration deconvolution,
preconditioners, non-stationary matching filter.
| Read MD Chapter .
Papers: Seismic Array Theorem,
| .
|
| Lec 6.
| MD.1 PPTs.
| Read MD Chapter .
Papers: prestack MD
and Poststack MD.
| MD Hmwk. ;
and MD Lab
|
| Lec. 7
| Least squares migration, wavepaths, iterative MD.
| Read LSM Chapter .
| Homework
|
| Lec. 8
| Acoustic Waveform Inversion:
Implementation,
GOM Example, Xwell Example, and
Migration Filtering
| Read Chapters 7 and 8 .
| .
|
| Lec. 9
| Reduced Data Inversion
| Read Chapters 9 and 10.
| Term projects assigned
|
| Lec. 10
| Multiscale Waveform Inversion
| Read Chaiwoot Geophysics
and TLE papers
and Sheng's paper
and Sheng's PPT.
Read Chapter 12.
| .
|
| Lec. 11
| Multisource Inversion: Xtalk Theory
and Examples PPTs.
| Read Chapter 12.
| .
|
| Lec. 12
| Elastic Waveform Inversion:
Xwell Example.
| Read Chapter 11.
| .
|
| Lec. 13
| Project Report
| .
| .
|