Machine-Learning-Based Deconvolution Method Provides High-Resolution Fast Inversion of Induction Log Data

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Abstract

We built a deconvolution model for induction log data using machine learning (ML). Unlike iterative forward modeling inversion methods, the deconvolution model is extremely fast. Unlike linear deconvolution models in the past, ML-based deconvolution finds accurate layer resistivity and layer boundaries. For a unit induction tool 2C40, the 21-point, 10-ft window deconvolution model works satisfactorily.
基于机器学习的反褶积方法提供了感应测井数据的高分辨率快速反演
我们使用机器学习(ML)为感应测井数据建立了一个反卷积模型。与迭代正演反演方法不同,反褶积模型的速度非常快。与过去的线性反褶积模型不同,基于ml的反褶积模型可以精确地找到层电阻率和层边界。对于单元感应工具2C40, 21点,10英尺窗口反褶积模型工作满意。
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