Table 1 Previously published machine learning-based GDM risk prediction models.

From: An explainable machine learning-based clinical decision support system for prediction of gestational diabetes mellitus

Authors

Subjects/data

Algorithm

Specificity

Sensitivity

AUC-ROC

Qiu et al.17

4,378 women

Cost-sensitive hybrid model of logistic regression, support vector machine and CHAID tree

0.998

0.622

0.847

Zheng et al.18

4,771 women

Multivariate Bayesian logistic regression

0.75

0.66

0.766

Ye et al.19

22,242 pregnancies

Gradient boosting decision tree

0.99

0.15

0.74

   

0.26

0.90

 

Artzi et al.20

588,622 pregnancies

Gradient boosting

–

–

0.854

Xiong et al.21

490 women

Light gradient boosting machine

0.995

0.883

0.942

Yan et al.22

3,988 women

Logistic regression

–

0.706

0.779

Hou et al.23

1,000 samples

Light gradient boosting machine

–

–

0.852

Wu et al.24

32,190 women

Deep neural network

0.82

0.63

0.80

Wu et al.25

17,005 women

Random forest

0.269

0.91

0.746

   

0.524

0.75

 
   

0.777

0.487

 
  1. Where multiple models were developed, the best performing model is described.