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Showing 1 to 2 of 2 for “"Lithological clustering"”.

  1. Deep Neural Networks for Rate of Penetration Prediction: A Subsurface-Centric Approach Using Well Logs in the Volve Oil Field

    … = 4.96, MSE = 81.56) likely due to variations in lithological complexity outside the reservoir. To address this, unsupervised learning was employed to characterize lithological heterogeneity using k-means clustering, validated via silhouette scores, elbow method, t-SNE, and PCA. Additional …

    bradford Repository record for Deep Neural Networks for Rate of Penetration Prediction: A Subsurface-Centric Approach Using Well Logs in the Volve Oil Field (opens in a new tab)

  2. Deep Neural Networks for Rate of Penetration Prediction: A Subsurface-Centric Approach Using Well Logs in the Volve Oil Field

    … = 4.96, MSE = 81.56) likely due to variations in lithological complexity outside the reservoir. To address this, unsupervised learning was employed to characterize lithological heterogeneity using k-means clustering, validated via silhouette scores, elbow method, t-SNE, and PCA. Additional …

    bradford Repository record for Deep Neural Networks for Rate of Penetration Prediction: A Subsurface-Centric Approach Using Well Logs in the Volve Oil Field (opens in a new tab)