As a result timely, accurate, and geologically reasonable models can be produced. First, offset-dependent picking can be used to track events in gathers better than curvature-based picking, particularly in areas of complex geology and anisotropy. This implementation can allow quicker and simpler gather flattening and reveals fine detail in models.
The application of image-guided interpolation as a preconditioning step within the inversion process leads to updates which automatically respect geological structures observed in stacked images. When implemented within a current tomography flow, these refinements make generation of high-resolution velocity models reasonable without trade-offs in computation time or accuracy.
This website uses cookies to ensure you get the best experience. By continuing to use our site, you are agreeing to our use of cookies. You may use controls of your internet browser to limit how the websites you visist are able to use cookies and to withdraw your consent by clearing or blocking cookies. For more information, click here.