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Main Author: Lin Shicong
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Published: Zenodo 2026
Online Access:https://doi.org/10.5281/zenodo.19449052
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author Lin Shicong
author_facet Lin Shicong
contents <p>This repository provides the implementation accompanying the manuscript "Seismic Deblending via an Adjacent-CRG-Assisted Multistep Deep Learning Framework."</p> <p>The proposed framework effectively separates blended seismic signals by leveraging the spatial coherence of adjacent Common Receiver Gathers (CRGs). By achieving deblending through a multistep deep learning approach, our method significantly improves the recovery of high-quality seismic records from strong interference.</p> <p>This open-source release aims to support reproducibility and facilitate further research in AI-driven seismic data processing.</p>
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publishDate 2026
publisher Zenodo
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spellingShingle Seismic Deblending via an Adjacent-CRG-Assisted Multistep Deep Learning Framework
Lin Shicong
<p>This repository provides the implementation accompanying the manuscript "Seismic Deblending via an Adjacent-CRG-Assisted Multistep Deep Learning Framework."</p> <p>The proposed framework effectively separates blended seismic signals by leveraging the spatial coherence of adjacent Common Receiver Gathers (CRGs). By achieving deblending through a multistep deep learning approach, our method significantly improves the recovery of high-quality seismic records from strong interference.</p> <p>This open-source release aims to support reproducibility and facilitate further research in AI-driven seismic data processing.</p>
title Seismic Deblending via an Adjacent-CRG-Assisted Multistep Deep Learning Framework
url https://doi.org/10.5281/zenodo.19449052