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. 2015 May 6;10(5):e0125811. doi: 10.1371/journal.pone.0125811

Table 2. Comparison of the prediction performance by the proposed method and some state-of-the-art works on the yeast dataset.

Model Features Classifier SN(%) PPV(%) ACC(%) MCC(%)
Our method (1st dataset) MLD RF 94.34±0.49 98.91±0.33 94.72±0.43 85.99±0.89
Our method (2nd dataset) MLD RF 92.67±0.79 99.51±0.23 93.83±0.61 84.05±1.47
Guo’s work (1st dataset) ACC SVM 89.93±3.68 88.87±6.16 89.33±2.67 N/A
AC SVM 87.30±4.68 87.82±4.33 87.36±1.38 N/A
Zhou’s work (1st dataset) LD SVM 87.37±0.22 89.50±0.60 88.56±0.33 77.15±0.68
Yang’s work (1st dataset) LD (Cod1) KNN 75.81±1.20 74.75±1.23 75.08±1.13 N/A
LD (Cod2) KNN 76.77±0.69 82.17±1.35 80.04±1.06 N/A
LD (Cod3) KNN 78.14±0.90 81.86±0.99 80.41±0.47 N/A
LD (Cod4) KNN 81.03±1.74 90.24±1.34 86.15±1.17 N/A

Here, N/A means not available.