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sep:courses:gp280 [2013/03/18 18:17]
myfusan
sep:courses:gp280 [2016/03/15 22:54] (current)
huyle
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-====== GP280 - 3-D Seismic Imaging ======+====== Spring 2016 GP280 - 3-D Seismic Imaging ======
==== Course Facts ==== ==== Course Facts ====
-| Lectures: | MWF 10:00-10:50 AM, Mitchell 452 |+| Lectures: | MWF 1:30-2:20 PM, Mitchell 452 |
| Instructor: | [[http://sepwww.stanford.edu/data/media/public/sep/biondo|Biondo Biondi]] | | Instructor: | [[http://sepwww.stanford.edu/data/media/public/sep/biondo|Biondo Biondi]] |
-| Teaching Assistant: | Yunyue (Elita) Li +| Teaching Assistant: | Huy Le
-| TA Office Hours: | TBD, Mitchell 407. Send email to yunyue@sep.stanford.edu |+| TA Office Hours: | TBD, Mitchell 465. Send email to huyle@stanford.edu |
| 3 units with labs, 2 units without; letter grade. || | 3 units with labs, 2 units without; letter grade. ||
| 6 computer-based homework assignments || | 6 computer-based homework assignments ||
-| Schedule: | Schedule (PDF format) {{sep:courses:labs280:sched12.pdf| sched.pdf}}|+| Schedule: | Schedule (PDF format) {{sep:courses:labs280:sched13.pdf| sched.pdf}}|
| On the right: | Stack (after migration) of a 3-D data volume acquired over a salt body.|| | On the right: | Stack (after migration) of a 3-D data volume acquired over a salt body.||
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|Date | Topic | Notes | |Date | Topic | Notes |
-| 1/9 | Introduction | Introduction | +| 4/1 | Introduction | Introduction | 
-| 1/11 | 3D Geometries | chapter1.pdf |  +| 4/3 | 3D Geometries | chapter1.pdf |  
-| 1/13 | Sep3D software  | (Appendix 1) |  +| 4/5 | Sep3D software  | (Appendix 1) |  
-| 1/18 | Kirchhoff prestack migration  | (Chapter 2) | +| 4/8 | Kirchhoff prestack migration  | (Chapter 2) | 
-| 1/20 | Kirchhoff prestack migration (isotropy vs anisotropy)  | class handout | +| 4/10 | Kirchhoff prestack migration (isotropy vs anisotropy)  | class handout | 
-| 1/23 | NMO+DMO+AMO and prestack partial migration  | (Chapter 3) | +| 4/12 | NMO+DMO+AMO and prestack partial migration  | (Chapter 3) | 
-| 1/25 | Wavefield-continuation migration  | (Chapter 4) | +| 4/15 | Wavefield-continuation migration  | (Chapter 4) | 
-| 1/27 | Numerical methods for wavefield-continuation - two way wave equation | Notes | +| 4/17 | Numerical methods for wavefield-continuation - two way wave equation | Notes | 
-| 1/30 | Numerical methods for downward continuation - one way wave equation  | (Chapter 5) | +| 4/19 | Numerical methods for downward continuation - one way wave equation  | (Chapter 5) | 
-| 2/1 | Numerical methods for downward continuation (isotropic and anisotropic)  | (Chapter 5 + Notes) | +| 4/22 | Numerical methods for downward continuation (isotropic and anisotropic)  | (Chapter 5 + Notes) | 
-| 2/3 | Wavefield-continuation migration as adjoint of wavefield modeling  | (Notes) | +| 4/24 | Wavefield-continuation migration as adjoint of wavefield modeling  | (Notes) | 
-| 2/6 | Common image gathers in offsets and angles | (Chapter 6) | +| 4/26 | Common image gathers in offsets and angles | (Chapter 6) | 
-| 2/8 | Gaussian Beam migration | see Chapter6.pdf  | +| 4/29 | Gaussian Beam migration | see Chapter6.pdf  | 
-| 2/10 | Plane-wave and phase encoding migration | (Chapter 7)  | +| 5/1 | Plane-wave and phase encoding migration | (Chapter 7)  | 
-| 2/13 | Plane-wave and phase encoding migration | (Chapter 7)  | +| 5/3 | Plane-wave and phase encoding migration | (Chapter 7)  | 
-| 2/15 | 3D marine wave-equation migration methods  | (Chapter 7) | +| 5/6 | 3D marine wave-equation migration methods  | (Chapter 7) | 
-| 2/17 | Imaging and aliasing  | (Chapter 8) | +| 5/8 | Imaging and aliasing  | (Chapter 8) | 
-| 2/22 | Imaging and irregular geometries  | (Chapter 9)| +| 5/10 | Imaging and irregular geometries  | (Chapter 9)| 
-| 2/24 | Imaging and irregular illumination + linearized Inversion) | Notes | +| 5/13 | Imaging and irregular illumination + linearized Inversion) | Notes | 
-| 2/27 | Stacking velocity, Dix inversion, and traveltime tomography | (Chapter 10)  | +| 5/15 | Stacking velocity, Dix inversion, and traveltime tomography | (Chapter 10)  | 
-| 2/29| Inversion of stacking velocities (Chapter 10) and time migration velocity analysis  | (Chapter 11) | +| 5/17 | Inversion of stacking velocities (Chapter 10) and time migration velocity analysis  | (Chapter 11) | 
-| 3/2 | Residual moveout analysis and residual migration | (Chapter 11) | +| 5/20 | Residual moveout analysis and residual migration | (Chapter 11) | 
-| 3/5 | Vertical and tomographic velocity updating  | (Chapter 11) | +| 5/22 | Vertical and tomographic velocity updating  | (Chapter 11) | 
-| 3/7 | Tomographic velocity updating  | (Chapter 11) | +| 5/24 | Tomographic velocity updating  | (Chapter 11) | 
-| 3/9 | Wave equation migration velocity analysis  | (Chapter 12) | +| 5/27 | Memorial Day, No class | | 
-| 3/12| Linearized inversion and least-squares reverse time migration  |(Notes) | +| 5/29 | Wave equation migration velocity analysis  | (Chapter 12) | 
-| 3/14 | No classes |   | +| 5/31 | Linearized inversion and least-squares reverse time migration  |(Notes) | 
-| 3/16 | Principles of full-waveform inversion and its limitation  | (notes) |+| 6/3 | Principles of full-waveform inversion and its limitation  | (notes) |
== Additional notes == == Additional notes ==
/web/html/data/attic/sep/courses/gp280.1363630674.txt.gz · Last modified: 2015/05/26 22:40 (external edit)
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