2003•8th International Congress of the Brazilian Geophysical SocietyRequires access

Offshore data processing by WCDP method

Roseane M. Misságia, Viatcheslav Ivanovich Priimenko, Djalma Manoel Soares Filho, Andrey Kremlev, Sérgio Adriano Moura Oliveira, Lino Brito Teixeira, Ricardo R.S. Bragança, Emanoel H.C. Gomes, Marcia C. Martins Vieira

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Abstract

Practical realization of the Wave Analogue of the Common Depth Point (WCDP) Method is described. It is a seismic processing data based on the strong mathematical solution of inverse scattering problem in linear approximation by multiple overlapping data. The WCDP method is tested on field data from numerous oil reservoirs. The results show high quality of WCDP profiles and stability for a wave velocity choice.

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What this paper is about

Practical realization of the Wave Analogue of the Common Depth Point (WCDP) Method is described. It is a seismic processing data based on the strong mathematical solution of inverse scattering problem in linear approximation by multiple overlapping data. The WCDP method is tested on field data from numerous oil reservoirs. The results show high quality of WCDP profiles and stability for a wave velocity choice.

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Available abstract

Practical realization of the Wave Analogue of the Common Depth Point (WCDP) Method is described. It is a seismic processing data based on the strong mathematical solution of inverse scattering problem in linear approximation by multiple overlapping data. The WCDP method is tested on field data from numerous oil reservoirs. The results show high quality of WCDP profiles and stability for a wave velocity choice.

Key concepts: Realization (probability), Submarine pipeline, Stability (learning theory), Computer science, Inverse problem, Data processing, Field (mathematics), Point (geometry)

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