Diffraction Separation and Holistic Migration: High-Resolution Imaging Beyond Nyquist

References

1. Bondani, M. and Favele, F.
   [2013] Following the path of light: Recovering and manipulating the information about an object.Proceeding of SPIE — The International Society for Optical Engineering.
   [Google Scholar]
2. Faccipieri, J., Coimbra, T.A., Gelius, L.-J. and Tygel, M.
   [2016] Stacking apertures and estimation strategies for reflection and diffraction enhancement.Geophysics, 81, V271–V282.
   [Google Scholar]
3. Gabor, D.
   [1948] A new microscopic principle.Nature, 161, 777–778.
   [Google Scholar]
4. Neidell, N.S.
   [1997] Perceptions in seismic imaging Part 2: Reflective and diffractive contributions to seismic imaging.The Leading Edge, August Issue, 1121–1123.
   [Google Scholar]
5. Neidell, N.S. and Charuk, J.
   [2018] Seismic image undersampling — Resolution, visibility, and display.The Leading Edge, January Issue, 37–45.
   [Google Scholar]
6. Robinson, E.A.
   [1998] Holistic migration.The Leading Edge, March Issue, 313–320.
   [Google Scholar]
7. Robinson, E.A.
   [2018] Extended resolution: Neidell is right.The Leading Edge, January Issue, 33–36.
   [Google Scholar]
8. Stark, T.
   [2013] Signal recovery beyond conventional Nyquist: The sample rates used for seismic acquisition do not need to limit the maximum recoverable frequencies.The Leading Edge32, 1334–1339.
   [Google Scholar]
9. Tabti, T., Gelius, L.-J. and Hellmann, T.
   [2004] Fresnel aperture prestack depth migration.First Break22, 39–46.
   [Google Scholar]
10. Vinje, V., Lie, J.E., Danielsen, V., Dhelie, P.E., Silliqi, R., Nilsen, C.-I., Hicks, E. and Camerer, A.
    [2017] Shooting over the seismic spread.First Break, 35, 97–104.
    [Google Scholar]
11. Wisecup, R.D.
    [1998] Unambiguous signal recovery above the Nyquist using random-sample-interval imaging.Geophysics, 63, 763–771.
    [Google Scholar]