Dataset 1 |
SubNucPred [33] |
SSLD and AAC based on SVM by Jackknife test |
81.46 |
Effective Fusion Representations [4] |
DipPSSM with LDA based on KNN by 10-fold cross-validation |
≈97 |
PseAAPSSM with LDA based on KNN by 10-fold cross-validation |
≈84 |
The proposed method: CoPSSM with intelligent KLDA based on DGGA |
CoPSSM with KLDA based on KNN and Jackknife test |
87.44 |
Dataset 2 |
Nuc-PLoc [7] |
Fusion of PsePSSM and PseAAC based on Ensemble classifier by Jackknife test |
67.4 |
Effective Fusion Representations [4] |
DipPSSM with LDA based on KNN by 10-fold cross-validation |
95.94 |
PseAAPSSM with LDA based on KNN by 10-fold cross-validation |
88.1 |
The proposed method: CoPSSM with intelligent KLDA based on DGGA |
CoPSSM with KLDA based on KNN and Jackknife test |
90.34 |
Dataset 3 |
Gneg-PLoc [34] |
Fusion of GO approach and PseAAC based on Ensemble classifier by Jackknife test |
87.3 |
Nonlinear dimensionality reduction method [12] |
Fusion of PSSM and PseAAC with KLDA based on KNN by Jackknife test |
98.77 |
The proposed method: CoPSSM with intelligent KLDA based on DGGA |
CoPSSM with KLDA based on KNN and Jackknife test |
92.34 |
Dataset 4 |
Gneg-PLoc [34] |
Fusion of GO approach and PseAAC based on Ensemble classifier by Independent test |
89.3 |
The proposed method: CoPSSM with intelligent KLDA based on DGGA |
CoPSSM with KLDA based on KNN and Independent test |
94.71 |