Seismic interpretation in gOcad: latest advances and summary of three research years

in: 24th gOcad Meeting, ASGA

Abstract

Although automatic interpretation tools are developed since the eighties in oil industry, the gOcad research group focused on this topic very recently. Thus the challenge was to find an original and efficient approach based on the material available in gOcad. Thanks to an interpolation method based on trigonometric polynomials, we successfully raised it to compute a wide panel of seismic attributes or to extract automatically horizons. Other researches led us to develop new seismic facies classification algorithms, or semi automatic faults picking. This article summarizes the work of these last three years including the latest advances.

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    BibTeX Reference

    @inproceedings{LabrunyeRM2004,
     abstract = { Although automatic interpretation tools are developed since the eighties in oil industry, the gOcad research group focused on this topic very recently. Thus the challenge was to find an original and efficient approach based on the material available in gOcad. Thanks to an interpolation method based on trigonometric polynomials, we successfully raised it to compute a wide panel of seismic attributes or to extract automatically horizons. Other researches led us to develop new seismic facies classification algorithms, or semi automatic faults picking. This article summarizes the work of these last three years including the latest advances. },
     author = { Labrunye, Emmanuel },
     booktitle = { 24th gOcad Meeting },
     month = { "june" },
     publisher = { ASGA },
     title = { Seismic interpretation in gOcad: latest advances and summary of three research years },
     year = { 2004 }
    }