1 Welcome and overview of AASPI software and documentation Kurt J. Marfurt Attribute-Assisted Seismic Processing and Interpretation AASPI.

Slides:



Advertisements
Similar presentations
4. Spectral Decomposition
Advertisements

Statistical Characterization Using Automatic Learning Gaussian Mixture Models in Diamond M Field, TX David Lubo*, The University of Oklahoma, Simon Bolivar.
Workplan Kurt J. Marfurt Tim Kwiatkowski Marcilio Matos Attribute-Assisted Seismic Processing and Interpretation AASPI.
Attribute Illumination of Basement Faults
End of Semester Meeting Conically Scanning Active/Passive Sensor Simulation Tool (CAPS) Pete Laupattarakasem Liang Hong.
4. Spectral Decomposition
1 Welcome and overview of AASPI accomplishments and software development Kurt J. Marfurt Attribute-Assisted Seismic Processing and Interpretation AASPI.
AASPI Workplan Kurt J. Marfurt Kurt J. Marfurt Jamie Rich Vikram Jayaram Marcilio Matos OU AASPI Team Attribute-Assisted Seismic Processing and.
Tom Wilson, Department of Geology and Geography Environmental and Exploration Geophysics II tom.h.wilson
When lava flows and pyroclastic deposits exhibit sufficient porosity and permeability, extrusive igneous rocks have the potential to host large hydrocarbon.
Office of the Dean of Students Michael Alexander Sak Mahasuverachai Bryn Nealis Advisor: Prof. David EbertAdvisor: Prof. David Ebert TA: Jared FritzTA:
ISMT221 Information Systems Analysis and Design Project Management Tools Lab 1 Tony Tam.
4. Spectral Decomposition
2015 Workplan for “VVAz” Analysis of Prestack Migrated Data
Technology and Historical Overview. Introduction to 3d Computer Graphics  3D computer graphics is the science, study, and method of projecting a mathematical.
Overview of AASPI accomplishments and software development Kurt J. Marfurt Kurt J. Marfurt Attribute-Assisted Seismic Processing and Interpretation AASPI.
Characterizing a fault-zone and associated fractures using lab experiments and attribute-based seismic analysis: Zonghu Liao 1* ), Nabanita.
Current AASPI Software Inventory (January 23, 2008) Authors: Kurt J. Marfurt Computational requirements: A modern Fortran 90 compiler A recent SunOS or.
Network Coding Testbed Jeremy Bergan, Ben Green, Alex Lee.
Attribute Expression Using Gray Level Co-Occurrence Sipuikinene Angelo*, Marcilio Matos,Kurt J Marfurt ConocoPhillips School of Geology & Geophysics, University.
2D phase unwrapping by DCT method Kui Zhang, Marcilio Castro de Matos, and Kurt J. Marfurt ConocoPhillips School of Geology & Geophysics, University of.
Introduction to NSF MATIES Laboratory STEER Program Orientation July 3, 2003.
Attribute- Assisted Seismic Processing and Interpretation 3D CONSTRAINED LEAST-SQUARES KIRCHHOFF PRESTACK TIME MIGRATION Alejandro.
AASPI Workplan Kurt J. Marfurt Kurt J. Marfurt Jamie Rich Marcilio Matos Bo Zhang Brad Wallet OU AASPI Team Attribute-Assisted Seismic Processing.
Introduction of Geoprocessing Topic 7a 4/10/2007.
Kohonen Mapping and Text Semantics Xia Lin College of Information Science and Technology Drexel University.
SISMO Can we use the spectral ridges to estimate Q ? Marcílio Castro de Matos
Research Interests of Dr. Dennis J Bouvier Fall 2007.
Kui Zhang* and Kurt J. Marfurt 2008 AASPI Consortium annual meeting Migration-driven velocity analysis for anisotropy/stress analysis.
Calibration of curvature & coherence anomalies Example from Chicontepec, Mexico Ha T. Mai, Kurt J. Marfurt University of Oklahoma, Norman, USA Sergio Chávez-Pérez.
Texture Metric Comparison of Manual Forest Stand Delineation and Image Segmentation Richard M. Warnick, Ken Brewer, Kevin Megown, Mark Finco, and Brian.
Statistical measures of instantaneous spectra Kui Zhang* and Kurt J. Marfurt 2008 AASPI Consortium annual meeting Not Gaussian!
Fractures play a major role in many tight reservoirs such as shale, carbonate, and low permeability sand by providing fluid flow conduits, for this reason.
SEISMIC INTERPRETATION
Introduction of Geoprocessing Lecture 9. Geoprocessing  Geoprocessing is any GIS operation used to manipulate data. A typical geoprocessing operation.
1 Circuitscape Design Review Presentation Team Circuitscape Mike Schulte Sean Collins Katie Rankin Carl Reniker.
Joint seismic attributes visualization using Self-Organizing Maps
Overview of Stark Reality Plugins for OpendTect Coming soon to a workstation near you.
Lecture 2: Deformation, reference frame,
Jamie Rich Kurt Marfurt University of Oklahoma ConocoPhillips School of Geology and Geophysics.
Tao Zhao and Kurt J. Marfurt University of Oklahoma
Progress in Multiplatform (Linux and Windows) Software Deployment Thang Ha Thang Ha Kurt J. Marfurt Terry Perkin (consultant to Encana) Attribute-Assisted.
1 Circuitscape Capstone Presentation Team Circuitscape Katie Rankin Mike Schulte Carl Reniker Sean Collins.
Pitfalls in seismic processing : The origin of acquisition footprint Sumit Verma, Marcus P. Cahoj, Bryce Hutchinson, Tengfei Lin, Fangyu Li, and Kurt J.
4. Spectral Decomposition
Application Design Transformer Brief Overview. Process Model.
Computing Attributers on Depth-Migrated Data Name : Tengfei Lin Major : Geophysics Advisor : Kurt J. Marfurt AASPI,The University of Oklahoma 1.
Introduction of Geoprocessing Lecture 9 3/24/2008.
Introduction to Programming on MATLAB Ecological Modeling Course Sep 11th, 2006.
OSSIM Technology Overview Mark Lucas. “Awesome” Open Source Software Image Map (OSSIM)
Correlation of Rate of Penetration to Geometric Attributes AASPI Joseph Snyder* and Kurt J. Marfurt, University of Oklahoma Summary In this analysis, the.
Progress in phase unwrapping
4. Spectral Decomposition
ASEN 5070: Statistical Orbit Determination I Fall 2015
Migration-driven azimuthal velocity analysis
4. Spectral Decomposition
4. Spectral Decomposition
CPMGT 300 STUDY Perfect Education/ cpmgt300study.com.
of these basic elements
Topological Ordering Algorithm: Example
4. Spectral Decomposition
10. Inversion for acoustic and elastic impedance
4. Spectral Decomposition
Seismic expression relay ramps in the Taranaki Basin, New Zealand
Topological Ordering Algorithm: Example
High Resolution Velocity Analysis for Resource Plays
Factor Analysis (Principal Components) Output
Classes of seismic attributes?
Topological Ordering Algorithm: Example
Topological Ordering Algorithm: Example
Presentation transcript:

1 Welcome and overview of AASPI software and documentation Kurt J. Marfurt Attribute-Assisted Seismic Processing and Interpretation AASPI

2 AASPI 2009 Sponsors

3 Miguel Angelo – (M.S. – Geophysics) – to StatoilHydro Miguel Angelo – (M.S. – Geophysics) – to StatoilHydro Carlos Russian (M.S. – Geophysics) – to ConocoPhillips Carlos Russian (M.S. – Geophysics) – to ConocoPhillips Bunmi Elibiju (Ph.D. – Geophysics) – to BP Bunmi Elibiju (Ph.D. – Geophysics) – to BP Inyene Awasekkien (M.S. – Geophysics) - to ConocoPhillips Inyene Awasekkien (M.S. – Geophysics) - to ConocoPhillips Ha Mai (Ph.D. – Geophysics) – to PetroVietnam Ha Mai (Ph.D. – Geophysics) – to PetroVietnam Roderick Perez (M.S. – Geology) – to more pain and suffering Roderick Perez (M.S. – Geology) – to more pain and suffering Zhonghong Wan (visiting scholar) back home to BGP Zhonghong Wan (visiting scholar) back home to BGP AASPI 2009 Personnel Changes Alejandro Cabrales-Vargas (M.S. – Geophysics) Alejandro Cabrales-Vargas (M.S. – Geophysics) Malleswara Yenugu (Ph.D. – Geophysics) Malleswara Yenugu (Ph.D. – Geophysics) Bo Zhang (Ph.D.. – Geophysics) Bo Zhang (Ph.D.. – Geophysics) Atish Roy (Ph.D. – Geophysics) Atish Roy (Ph.D. – Geophysics) Aliya Aliya Urazimanova (M.S. – Geophysics) Sunday Sunday Amoyedo (Ph.D. – Geology) Roderick Perez (Ph.D. – Geophysics) Roderick Perez (Ph.D. – Geophysics) Evan Staples (M.S. – Geophysics) Evan Staples (M.S. – Geophysics) out in

4 Debugged and improved GUIs and underlying attribute software Debugged and improved GUIs and underlying attribute software Perfected multiattribute display software and workflow Perfected multiattribute display software and workflow Wrote Gray-Level Co-occurrence Matrix (GLCM) algorithms Wrote Gray-Level Co-occurrence Matrix (GLCM) algorithms Prototyped Self-Organizing Mapping (SOM) algorithms (Matlab) Prototyped Self-Organizing Mapping (SOM) algorithms (Matlab) Prototyped Generative Topological Mapping (GTM) algorithms (Matlab) Prototyped Generative Topological Mapping (GTM) algorithms (Matlab) Prototyped phase residue (unconformity?) attributes Prototyped phase residue (unconformity?) attributes Prototyped simple Petrel utilities using Ocean Prototyped simple Petrel utilities using Ocean Wrote documentation Wrote documentation AASPI 2009 Software Development

5 AASPI Software

6

7 Mulitattribute Display: Modulating dip magnitude by dip azimuth

8

9

10

11 Loading and displaying multiattribute displays in Petrel

12

13

14

15

16

17 Displaying operators and operator spectra in program curvature3d

18

19

20

21

22

23

24

25

26

27 Generating texture attributes: Program glcm3d

28

29

30

31

32

33

Software to be completed by December 31, Implementation of rotation attribute in the presence of structural deformation (sensitive to wrench faults) Implementation of angular unconformity attribute in the presence of structural deformation Incorporation of phase residues into spec_cmp Euler curvature and apparent dip utilities (multiple output volumes) with GUIs Rose diagrams at user-defined output locations (x,y well coordinates) Principal component analysis of multiattributes with GUI Simple Petrel display and attribute manipulation plug-ins