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. 2025 Jan 3;15:04052. doi: 10.7189/jogh.15.04052

Table 6.

The performance of ML models of COPD-EQ

Model AUC (95% CI) Sensitivity (95% CI) Specificity (95% CI) Youden Cut-off
SVM
0.733 (0.718–0.748)
0.709 (0.694–0.724)
0.711 (0.696–0.726)
0.421
0.166
NB
0.762 (0.747–0.777)
0.621 (0.606–0.636)
0.783 (0.768–0.798)
0.405
0.011
RF
0.725 (0.710–0.740)
0.679 (0.664–0.694)
0.690 (0.675–0.705)
0.370
0.229
KNN
0.715 (0.700–0.730)
0.801 (0.786–0.816)
0.556 (0.541–0.571)
0.357
0.4
LR
0.775 (0.760–0.790)
0.781 (0.765–0.797)
0.670 (0.655–0.685)
0.452
0.250
AdaBoost
0.783 (0.770–0.796)
0.665(0.652–0.678)
0.824 (0.811–0.837)
0.490
0.492
XgBoost
0.785 (0.770–0.800
0.828 (0.813–0.843)
0.671 (0.656–0.686)
0.499
0.302
LightGBM
0.796 (0.781–0.811)
0.812 (0.797–0.827)
0.709 (0.694–0.724)
0.521
0.281
CatBoost 0.801 (0.786–0.816) 0.818 (0.803–0.833) 0.711 (0.696–0.726) 0.528 0.248

AdaBoost – adaptive boosting, AUC – area under curve, CaatBoost – categorical boosting, CI – confidence interval, KNN – K-nearest neighbours, LightGBM – light gradient boosting machine, LR – ogistic rRegression, NB – naïve Bayes, SVM – support vector machine, XGBoost – extreme gradient boosting