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UU WIRELESS ACCESS. 1- connect to hotspot.utah.edu 2- open web browser 3- enter uNID or an email address 4- Accept agreement and you’re connected. Annual Meeting Utah Tomography and Modeling/Migration (UTAM) Feb. 7-8, 2008. N. Aoki, C. Boonyasiriwat, S. Brown, W. Cao,

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  1. UU WIRELESS ACCESS 1- connect to hotspot.utah.edu 2- open web browser 3- enter uNID or an email address 4- Accept agreement and you’re connected.

  2. Annual Meeting Utah Tomography and Modeling/Migration(UTAM) Feb. 7-8, 2008 N. Aoki, C. Boonyasiriwat, S. Brown, W. Cao, S. Dong, S. Hanafy, S. Liu, G. Schuster, X. Xiao, Y. Xue , and G. Zhan

  3. 2007 UTAM Consortium ($28 K/year) BP-Amoco Chevron-Texaco Conoco-Phillips CGG-Veritas GXT INCO JAPEX Microseismic Nexus Pemex-IMP PGI Saudi-Aramco Schlumberger-West.-Geco Shell Total VSFusion Z-Seis

  4. 2007 UTAM ITEMS Final draft of book “Seismic Interferometry” finished. One free copy/company. Extras cost $70./copy. Online version of UTAM report will be available in 2 weeks. Many reports will have some key figures reproducible Talks will be filmed and archived & available in 2-3 weeks. Thanks to Sergio Chavez for his invaluable help. Thanks to Chevron (Y. Sun) and ConocoPhillips (P. Valasek). Thanks to Alan Leeds teaching a Promax course. Thanks to Johan Robertsson & Christof Stork for talks.

  5. Schedule T -1 [L L ] Thursday 8:30-12:00: Morning: Passive Seismic session Christof Stork (Tierra Geophysics) 12:05-1:15: Lunch (Alumni House) 1:25-4:40: Afternoon: Interferometry session Johan Robertsson (Schlum.-Western-Geco) 6:30-9:00: Cucina Toscan Dinner (Chevron) Friday 8:30-12:00: Morning: Migration+Tomography

  6. x 5 Accomplishments & Goals What we did & will do: Super-resolution 1. Time Reversal Mirrors

  7. Accomplishments & Goals What we did & will do: Super-stacking 1. Time Reversal Mirrors

  8. z X Accomplishments & Goals What we did & will do: Hydro-Frac 1. Time Reversal Mirrors Hydro-Frac Data

  9. SSP Migration Image Extrap. SSP Migration Image Accomplishments & Goals What we did & will do: 1. Time Reversal Mirrors HydroFrac Data 2. Interfer. Interpolation+Extrap. Pemex Data, matching filter

  10. 0.0 What we did & will do: 1. Time Reversal Mirrors Time Reversal Mirrors HydroFrac Data 2. Interfer. Interpolation+Extrap. Pemex Data, matching filter 3. 17 minutes passive data Time (s) Aramco data 2.4 X (m) 2500 0 Accomplishments & Goals

  11. Accomplishments & Goals Data based Data based What we did & will do: U/D 1. Time Reversal Mirrors Time Reversal Mirrors HydroFrac Data 2. Interfer. Interpolation+Extrap. Pemex Data, matching filter 3. 17 minutes passive data Aramco data Model based 4. 2D Decon-Mig Semi-Natural GF U/D Pemex Data

  12. Accomplishments & Goals What we did & will do: 1. Time Reversal Mirrors Time Reversal Mirrors HydroFrac Data 2. Interfer. Interpolation+Extrap. Pemex Data, matching filter 3. 17 minutes passive data Aramco data 4. 2D Decon-Mig Semi-Natural GF Pemex Data 5. Local RTM BP Data

  13. LSM vs Kirchhoff Accomplishments & Goals What we did & will do: 1. Time Reversal Mirrors Time Reversal Mirrors HydroFrac Data 2. Interfer. Interpolation+Extrap. Pemex Data, matching filter 3. 17 minutes passive data Aramco data 4. 2D Decon-Mig Semi-Natural GF Pemex Data 5. Local RTM BP Data 6. LSM LSM in 3 iterations?

  14. Accomplishments & Goals What we did & will do: 1. Time Reversal Mirrors Time Reversal Mirrors 7. Waveform Inversion HydroFrac Data Marine & Land Data 2. Interfer. Interpolation+Extrap. Pemex Data, matching filter 3. 17 minutes passive data Aramco data 4. 2D Decon-Mig Semi-Natural GF Pemex Data 5. Local RTM BP Data 6. LSM LSM in 3 iterations?

  15. Accomplishments & Goals What we did & will do: 1. Time Reversal Mirrors Time Reversal Mirrors 7. Waveform Inversion HydroFrac Data Marine & Land Data 2. Interfer. Interpolation+Extrap. Pemex Data, matching filter 8. Surface Wave Filtering 3D Data 3. 17 minutes passive data Aramco data 9. CELL vs Intel vs AMD 4. 2D Decon-Mig Semi-Natural GF Pemex Data 5. Local RTM BP Data 6. LSM LSM in 3 iterations?

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