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Research Articles

Discriminating among tectonic settings of spinel based on multiple machine learning algorithms

, ORCID Icon &
Pages 67-82 | Received 06 Nov 2018, Accepted 19 Feb 2019, Published online: 20 Mar 2019

Figures & data

Figure 9. ROC and AUC of Bag.

Figure 9. ROC and AUC of Bag.

Figure 10. ROC and AUC of RUSBoost.

Figure 10. ROC and AUC of RUSBoost.

Figure 11. ROC and AUC of Weighted SVM with Gaussian kernel.

Figure 11. ROC and AUC of Weighted SVM with Gaussian kernel.

Figure 1. Distribution of spinel samples.

Figure 1. Distribution of spinel samples.

Figure 2. Projection process of LDA.

Figure 2. Projection process of LDA.

Figure 3. Classification process of SVM.

Figure 3. Classification process of SVM.

Figure 4. Classification process of KNN.

Figure 4. Classification process of KNN.

Figure 5. Basic framework of an Ensemble Classifier.

Figure 5. Basic framework of an Ensemble Classifier.

Figure 6. Illustration of ROC and AUC.

Figure 6. Illustration of ROC and AUC.

Figure 7. The interface of the classification learner application of MATLAB.

Figure 7. The interface of the classification learner application of MATLAB.

Table 1. Optimal parameters and validation accuracies of different classifiers.

Figure 8. ROC and AUC of AdaBoost.

Figure 8. ROC and AUC of AdaBoost.

Figure 12. ROC and AUC of Weighted KNN.

Figure 12. ROC and AUC of Weighted KNN.

Table 2. AUCs of AdaBoost, Bag, RUSBoost, SVM with Gaussian kernel, and Weighted KNN.

Figure 13. Confusion matrix of Bag Ensemble classifier and AdaBoost Ensemble classifier.

Figure 13. Confusion matrix of Bag Ensemble classifier and AdaBoost Ensemble classifier.

Figure 14. Evaluations of the importance of major elements.

Figure 14. Evaluations of the importance of major elements.

Figure 15. Interface of DSTS.

Figure 15. Interface of DSTS.

Figure 16. Location of DSTS application.

Figure 16. Location of DSTS application.