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Table 2 Models performance in prediction of metabolic syndrome based on non-invasive features

From: The effect of data balancing approaches on the prediction of metabolic syndrome using non-invasive parameters based on random forest

Data status

Accuracy

Sensitivity

Specificity

PPV

NPV

f1-Score

ROC

Model type & parameters

Imbalance data

Men

86.9

37.1

96.2

65.2

89.1

47.2

0.86

J = 200, m = 6

Women

79.4

38.2

93.4

66.7

81.7

48.3

0.79

J = 200, m = 5

total

83.6

35.9

95.3

65.3

85.8

46.3

0.83

J = 200, m = 6

Balancing data based on SMOTE

men

79.1

78.1

79.2

41.5

95.1

54.2

0.86

J = 200, m = 4

women

67.6

73.4

65.7

42.2

88.0

53.5

0.79

J = 200, m = 4

total

72.1

77.6

70.7

39.5

92.8

52.3

0.83

J = 200, m = 4

Balancing data based on SplitBal

men

79.1

82.3

78.3

41.7

96.0

55.3

0.86

J = 200, m = 5

women

68.1

73.7

66.1

42.6

88.1

54.0

0.80

J = 200, m = 4

total

74.2

76.3

73.6

41.7

92.7

53.9

0.83

J = 200, m = 4

  1. PPV: Positive Prediction value; NPV: Negative Prediction value; m: the number of variables to create each decision tree; J: the number of decision trees to be used in the forest