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Table 4 Machine learning and neural network model performance to identify patients with multiple hospitalizations for severe exacerbations of asthma and COPD at YNHH

From: Deep learning prediction of hospital readmissions for asthma and COPD

 

AUC

CI

Sensitivity

Specificity

Precision

Accuracy

Full model

 Random forest

0.87

0.83–0.90

50%

93%

0.76

0.81

 Naïve Bayes

0.84

0.80–0.88

46%

93%

0.73

0.79

 SVM

0.88

0.84–0.91

55%

93%

0.76

0.82

 Gradient boosted trees

0.89

0.86–0.92

63%

90%

0.72

0.82

 Multilayer perceptron

0.87

0.83–0.90

79%

79%

0.61

0.79

Asthma

 Random forest

0.81

0.73–0.89

18%

100%

1.00

0.83

 Naïve Bayes

0.88

0.81–0.94

62%

90%

0.64

0.84

 SVM

0.79

0.70–0.88

3%

100%

1.00

0.79

 Gradient boosted trees

0.80

0.71–0.89

29%

98%

0.83

0.84

 Multilayer perceptron

0.83

0.75–0.91

71%

84%

0.55

0.81

COPD

 Random forest

0.87

0.83–0.91

58%

90%

0.73

0.79

 Naïve Bayes

0.83

0.79–0.87

13%

97%

0.67

0.69

 SVM

0.88

0.85–0.91

62%

88%

0.72

0.80

 Gradient boosted trees

0.88

0.84–0.91

69%

85%

0.69

0.80

 Multilayer perceptron

0.87

0.84–0.91

84%

78%

0.65

0.80

  1. AUC area under the curve, CI confidence intervals, SVM support-vector machine