A new methodology for the recognition of geological and lithological textures in borehole image logs has been developed and tested. The workflow consists of a features-extraction step, to provide the initial segmentation, inspired by the multi-channel filtering theory, and a classification step, to provide the texture map. The workflow is simple and parametric, making it suitable for automatic interpretation of a wide range of geological images. The goal of this work was the automatic recognition of textural facies in high-resolution microresistivity image logs, using information derived from core interpretation to improve the quality of the classification in intervals biased by poor log quality.

Data automation for image logs texture analysis: supervised methodology and case studies / Berto, R.; Galli, M. T.; Viberti, D.; Salina Borello, E.. - 2023:(2023), pp. 1-5. (Intervento presentato al convegno 84th EAGE Annual Conference & Exhibition tenutosi a Vienna nel 5-8 June 2022) [10.3997/2214-4609.202310574].

Data automation for image logs texture analysis: supervised methodology and case studies

Viberti, D.;Salina Borello, E.
2023

Abstract

A new methodology for the recognition of geological and lithological textures in borehole image logs has been developed and tested. The workflow consists of a features-extraction step, to provide the initial segmentation, inspired by the multi-channel filtering theory, and a classification step, to provide the texture map. The workflow is simple and parametric, making it suitable for automatic interpretation of a wide range of geological images. The goal of this work was the automatic recognition of textural facies in high-resolution microresistivity image logs, using information derived from core interpretation to improve the quality of the classification in intervals biased by poor log quality.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2980197