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ORIGINAL RESEARCH

An Artificial Intelligence Platform to Stratify the Risk of Experiencing Sleep Disturbance in University Students After Analyzing Psychological Health, Lifestyle, and Sports: A Multicenter Externally Validated Study

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Pages 1057-1071 | Received 07 Nov 2023, Accepted 10 Feb 2024, Published online: 13 Mar 2024

Figures & data

Figure 1 Machine learning techniques and study design.

Figure 1 Machine learning techniques and study design.

Table 1 Participant’s Baseline Characteristics

Table 2 Prediction Performance of All Models in the External Validation Group

Figure 2 The area under the curve for each model.

Abbreviation: eXGBM, extreme gradient boosting machine; DT, decision tree; KNN, k-nearest neighbor; RF, random forest; NN, neural network; SVM, support vector machine.
Figure 2 The area under the curve for each model.

Figure 3 Calibration curve for each model.

Abbreviation: eXGBM, extreme gradient boosting machine; DT, decision tree; KNN, k-nearest neighbor; RF, random forest; NN, neural network; SVM, support vector machine.
Figure 3 Calibration curve for each model.

Figure 4 Decision curve analysis for each model.

Abbreviation: eXGBM, extreme gradient boosting machine; DT, decision tree; KNN, k-nearest neighbor; RF, random forest; NN, neural network; SVM, support vector machine.
Figure 4 Decision curve analysis for each model.

Figure 5 The Shapley Additive exPlanations (SHAP) analysis based on the eXGBM model. (A) The association between age and its SHAP value in the model derivation group; (B) The association between age and its SHAP value in the model external validation group; (C) The association between stress score and its SHAP value in the model derivation group; (D) The association between stress score and its SHAP value in the model external validation group; (E) Feature importance analysis in the model derivation group; (F) Feature importance analysis in the model external validation group.

Figure 5 The Shapley Additive exPlanations (SHAP) analysis based on the eXGBM model. (A) The association between age and its SHAP value in the model derivation group; (B) The association between age and its SHAP value in the model external validation group; (C) The association between stress score and its SHAP value in the model derivation group; (D) The association between stress score and its SHAP value in the model external validation group; (E) Feature importance analysis in the model derivation group; (F) Feature importance analysis in the model external validation group.

Figure 6 The web-based artificial intelligence model. The user interface was meticulously designed to facilitate the input of relevant patient data and provide efficient access to predicted probabilities. It featured intuitive panels for selecting model parameters, performing probability calculations, and accessing comprehensive information about the underlying model.

Figure 6 The web-based artificial intelligence model. The user interface was meticulously designed to facilitate the input of relevant patient data and provide efficient access to predicted probabilities. It featured intuitive panels for selecting model parameters, performing probability calculations, and accessing comprehensive information about the underlying model.