Uploaded February 2025 | Updated September 2026, 2 weeks ago
Trained lithological models built by data scientists and petrophysicists are provided by default within the Assisted Lithology Interpretation application which deliver rapid and consistent lithology interpretations. Models have been trained using supervised machine learning techniques which have learnt from diverse wireline and logging-while-drilling data. After data has been selected, a supervised machine learning model can be selected to be used in the prediction pipeline via the Manual Model Selection mode. Alternatively, the Automatic Model Selection mode can be used, which uses a patented pipeline to select the most appropriate models based on the signature of the incoming wireline data.
To learn more, visit halliburton.com/en/software/decisionspace-365-enterprise/decisionspace-365-subsurface/geosciences-suite/assisted-interpretation-workflows/assisted-lithology-interpretation
© 2024 Halliburton. All Rights Reserved.
Trained lithological models built by data scientists and petrophysicists are provided by default within the Assisted Lithology Interpretation application which deliver rapid and consistent lithology interpretations. Models have been trained using supervised machine learning techniques which have learnt from diverse wireline and logging-while-drilling data. After data has been selected, a supervised machine learning model can be selected to be used in the prediction pipeline via the Manual Model Selection mode. Alternatively, the Automatic Model Selection mode can be used, which uses a patented pipeline to select the most appropriate models based on the signature of the incoming wireline data.
To learn more, visit halliburton.com/en/software/decisionspace-365-enterprise/decisionspace-365-subsurface/geosciences-suite/assisted-interpretation-workflows/assisted-lithology-interpretation
© 2024 Halliburton. All Rights Reserved.
