Integrated Seismic and Well Logging Data Interpretation System

• Working with SEGY seismic data cubes (data volumes) and profiles

• Real-time dynamic viewing of data as any type of cross-sections (regular, arbitrary, arbitrarily-oriented, amplitude-slices, chair, corner, etc.)

• Working with crooked-line and composite line profile data

• Working concurrently with multiple data cubes (time cube, coherency cube, sedimentation cube, acoustic impedance log cube, etc.). The user may load as many as 16 different data cubes

• Comparison of slices from different data cubes and profile versions

• Manual and automatic correlation of horizons

• Construction of isochron maps along horizons

• Interpretation of faults

• Generation of parameter attribute maps (dips, azimuths, acoustic impedance, average amplitudes, etc.)

• Generation of parameter attribute cubes (instantaneous phase, instantaneous amplitude, instantaneous frequency, derivatives of the first and second order, etc.)

• Well data visualization
  

• Integrated interpretation of seismic and well logging data:

- Joint analysis
- Seismic modeling
- Creation of seismic vs. logging parameter correlation dependencies

• Creation of log montage displays

• Paleo-reconstruction

• Sedimentation analysis

• Paleo-tectonics analysis

• Correlation analysis

• Seismic inversion:
  - Seismic to acoustic impedance log conversion
  - Stochastic inversion

• Use of neural networks to predict geologic parameters:
  - Construction of prediction maps
  - Generation of predicted-parameter cubes and profiles

• Post-processing of data cubes and profiles

• Conversion of seismic data cubes, profiles and interpretations to depth

• Import/export of interpretation targets (horizons, faults, wells, subsurface target boundaries, etc.) for linking to other interpretation systems

• Direct two-way interface with DV-Geo database

• Image hardcopy output