Geobody {Extraction} from {Seismic} {Horizons} {Using} {SAM}: a {Novel} {Image} {Segmentation} {Technique}
Julien Razza and Hussein Abdallah. ( 2024 )
in: Proc. 2024 RING Meeting, pages 5, ASGA
Abstract
This paper introduces a novel approach aimed at extracting geobodies from seismic horizons using advanced image segmentation techniques. The Segment Anything Model (SAM) of Meta, a deep learning model trained on diverse non-seismic images, is used to identify geological features like channels within horizons. A comparative analysis is conducted against waveform classification, another widely used facies classification tool.
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BibTeX Reference
@inproceedings{razza_geobody_RM2024, abstract = {This paper introduces a novel approach aimed at extracting geobodies from seismic horizons using advanced image segmentation techniques. The Segment Anything Model (SAM) of Meta, a deep learning model trained on diverse non-seismic images, is used to identify geological features like channels within horizons. A comparative analysis is conducted against waveform classification, another widely used facies classification tool.}, author = {Razza, Julien and Abdallah, Hussein}, booktitle = {Proc. 2024 RING Meeting}, language = {en}, pages = {5}, publisher = {ASGA}, title = {Geobody {Extraction} from {Seismic} {Horizons} {Using} {SAM}: a {Novel} {Image} {Segmentation} {Technique}}, year = {2024} }