Detecting geological features in seismic data using segment anything model 2 across multiple datasets
Обнаружение геологических объектов в сейсмических данных с помощью Segment Anything Model 2 на нескольких наборах данных
2026-02-10
SCID: 54.1/9znx7xe8
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Parihaka, F3 Netherlands, Penobscot datasetsSAM 2Segment Anything Model (SAM)geobody and seismic layer segmentationseismic facies segmentation
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Abstract (AI)
There is a growing interest in applying computer vision models to seismic interpretation, as manually segmenting seismic facies is often a time-consuming task. Foundation models like Segment Anything (SAM) have shown their effectiveness in segmentation tasks. This work explores SAM and SAM 2 models for segmenting geobodies and seismic layers across three different datasets: Parihaka, F3 Netherlands and Penobscot. We conducted experiments using Meta’s pre-trained SAM and SAM 2 models and fine-tuned them on seismic data. Fine-tuning considerably improved pre-trained models on segmenting geological features, with SAM 2 showing slightly better results than SAM. This highlights how it is possible to adapt visual Foundation Models to address seismic data analysis
Key Findings
1
Adaptation of visual foundation models (SAM/SAM 2) to seismic interpretation is feasible across three datasets: Parihaka, F3 Netherlands, and Penobscot.
2
Fine-tuning Meta’s pre-trained SAM and SAM 2 on seismic data considerably improves segmentation of geological features compared to their pre-trained performance.
3
SAM 2 achieves slightly better segmentation results on geobodies and seismic layers than the original SAM after fine-tuning.
4
The study demonstrates that foundation models can reduce manual effort in seismic facies segmentation by effectively segmenting geobodies and seismic layers.
Research Object
Geological features (geobodies and seismic layers) in seismic datasets (Parihaka, F3 Netherlands, Penobscot)
Research Subject
Detection/segmentation performance of Segment Anything Model (SAM) and SAM 2, including effects of fine-tuning, for segmenting geological features across multiple seismic datasets
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2026-02-10
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