Frugal full-waveform inversion: From theory to a practical algorithm

Publication date

2013

Authors

Herrmann, FJ Felix J.
Hanlon, Ian
Kumar, Rajiv
Li, Xiang
Smithyman, Brendan
Wason, Haneet
Calvert, Andrew J.
Javanmehri, Mostafa
Takougang, Eric Takam
van Leeuwen, T.ISNI 0000000395587264

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Article

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Abstract

As conventional oil and gas fields are maturing, our profession is challenged to come up with the next-generation of more and more sophisticated exploration tools. In exploration seismology this trend has let to the emergence of wave-equation-based inversion technologies such as reverse time migration and full-waveform inversion. While significant progress has been made in wave-equation-based inversion, major challenges remain in the development of robust and computationally feasible workflows that give reliable results in geophysically challenging areas that may include ultralow shear-velocity zones or high-velocity salt. Moreover, subsalt production carries risks that need mitigation, which raises the bar from creating subsalt images to inverting for subsalt overpressure.

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Citation

Herrmann, FJ F J, Hanlon, I, Kumar, R, Li, X, Smithyman, B, Wason, H, Calvert, A J, Javanmehri, M, Takougang, E T & Leeuwen, T V 2013, 'Frugal full-waveform inversion: From theory to a practical algorithm', The Leading Edge, vol. 32, no. 9, pp. 1082-1092. https://doi.org/10.1190/tle32091082.1