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. 2023 Feb 15;9(1):10. doi: 10.1038/s41537-023-00335-2

Table 3.

Classification and Prediction of UHR’s individuals’ outcomes Using Machine Learning Tools.

(a) Classifying between Remitter and Maintained
Algorithm Accuracy % F1 MCC AUROC Sensitivity Specificity
LSTM 0.593 Sd (0.07) 0.231 (0.17) 0.019 (0.16) 0.493 (0.08) 0.787 (0.16) 0.228 (0.19)
CNN 0.524 (0.12) 0.294 (0.18) 0.012 (0.12) 0.498 (0.06) 0.628 (0.34) 0.384 (0.35)
SVM 0.625 (0.07) 0.253 (0.14) 0.063 (0.17) 0.524 (0.07) 0.839 (0.09) 0.219 (0.31)
Random Forest 0.596 (0.09) 0.220 (0.16) 0.047 (0.21) 0.518 (0.07) 0.868 (0.10) 0.166 (0.31)
(b) Predicting between Remitter and Maintained (Prognosis) Baseline to 18 months data and labels at 24 months
Algorithm Accuracy F1 MCC AUROC Sensitivity Specificity
LSTM 0.569 (0.07) 0.175 (0.14) −0.050 (0.12) 0.474 (0.08) 0.783 (0.17) 0.176 (0.18)
CNN 0.556 (0.09) 0.291 (0.15) 0.005 (0.12) 0.492 (0.07) 0.664 (0.24) 0.335 (0.25)
SVM 0.641 (0.07) 0.280 (0.17) 0.079 (0.20) 0.533 (0.08) 0.825 (0.10) 0.241 (0.16)
Random Forest 0.633 (0.08) 0.288 (0.13) 0.114 (0.19) 0.541 (0.07) 0.842 (0.12) 0.241 (0.13)

(a) Classification results of two classes (Remitter and Maintained) using machine learning tools including Random Forest, Support vector machine (SVM), K-nearest neighbour (KNN), and Long Short term memory (LSTM) and Convolutional neural network (CNN).

(b) The prediction task was also conducted using Random Forest, SVM, KNN, LSTM, and CNN. The F score, Matthew’s correlation coefficient (MCC), Area Under the Curve (AUROC) for measuring the performance of the machine learning tools are also reported.