1 / 15

UU WIRELESS ACCESS

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,

hanh
Download Presentation

UU WIRELESS ACCESS

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  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?

More Related