Method . | Feature encoding . | Algorithm . | Year . | Reference . |
---|---|---|---|---|
AntiCP | AAC, BP | SVM | 2013 | [10] |
iACP-GAEnsC | Am-PAAC, g-Gap dipeptide composition, Reduce amino acid alphabet composition | Genetic algorithm-based ensemble learning | 2017 | [19] |
ACPred | AAC, DPC, PHYC, PAAC, Am-PAAC | SVM, RF | 2019 | [12] |
AntiCP 2.0 | AAC, DPC, TC, BP | SVM | 2020 | [11] |
DeepACP | Amino acid embedding | RNN | 2020 | [17] |
cACP | Quasi-sequence order, Conjoint triad feature, Geary autocorrelation descriptor | SVM | 2020 | [20] |
cACP-2LFS | K-space amino acid pair | SVM | 2020 | [21] |
ACP-MHCNN | Sequential features, PHYC, evolutionary information | CNN | 2021 | [18] |
iACP-GE | BC, BLOSUM62, EGAAC, DMACA | GBDT, ET | 2022 | [13] |
StackACPred | N-SegPSSM, PsePSSM, PAAC | SVM-RFE+CBR, LightGMB, stacking-based ensemble learning | 2022 | [14] |
cACP-DeepGram | Word embedding | Deep neural network | 2022 | [22] |
GRDF | Graphical features of peptides, evolutionary information, BP | Deep forest | 2023 | [15] |
ACP-MLC | AAC, BPF, DDE, TPC, AAINEX, C/T/D | RF | 2023 | [16] |
CAPTURE | Correlational information, distributional information, compositional information, transitional information | Adaboost | 2024 | [23] |
ANNprob-ACPs | AAC, Cross-covariance, DPC, PAAC, Quasi-sequence-order, CTDC, CTDT, word2vector, CKSAAGP | Artificial neural network | 2024 | [24] |
ACP-ML | DPC, PAAC, CTDC, CTDT, CS-Pse-PSSM | Voting-based ensemble learning | 2024 | [25] |
Method . | Feature encoding . | Algorithm . | Year . | Reference . |
---|---|---|---|---|
AntiCP | AAC, BP | SVM | 2013 | [10] |
iACP-GAEnsC | Am-PAAC, g-Gap dipeptide composition, Reduce amino acid alphabet composition | Genetic algorithm-based ensemble learning | 2017 | [19] |
ACPred | AAC, DPC, PHYC, PAAC, Am-PAAC | SVM, RF | 2019 | [12] |
AntiCP 2.0 | AAC, DPC, TC, BP | SVM | 2020 | [11] |
DeepACP | Amino acid embedding | RNN | 2020 | [17] |
cACP | Quasi-sequence order, Conjoint triad feature, Geary autocorrelation descriptor | SVM | 2020 | [20] |
cACP-2LFS | K-space amino acid pair | SVM | 2020 | [21] |
ACP-MHCNN | Sequential features, PHYC, evolutionary information | CNN | 2021 | [18] |
iACP-GE | BC, BLOSUM62, EGAAC, DMACA | GBDT, ET | 2022 | [13] |
StackACPred | N-SegPSSM, PsePSSM, PAAC | SVM-RFE+CBR, LightGMB, stacking-based ensemble learning | 2022 | [14] |
cACP-DeepGram | Word embedding | Deep neural network | 2022 | [22] |
GRDF | Graphical features of peptides, evolutionary information, BP | Deep forest | 2023 | [15] |
ACP-MLC | AAC, BPF, DDE, TPC, AAINEX, C/T/D | RF | 2023 | [16] |
CAPTURE | Correlational information, distributional information, compositional information, transitional information | Adaboost | 2024 | [23] |
ANNprob-ACPs | AAC, Cross-covariance, DPC, PAAC, Quasi-sequence-order, CTDC, CTDT, word2vector, CKSAAGP | Artificial neural network | 2024 | [24] |
ACP-ML | DPC, PAAC, CTDC, CTDT, CS-Pse-PSSM | Voting-based ensemble learning | 2024 | [25] |
Method . | Feature encoding . | Algorithm . | Year . | Reference . |
---|---|---|---|---|
AntiCP | AAC, BP | SVM | 2013 | [10] |
iACP-GAEnsC | Am-PAAC, g-Gap dipeptide composition, Reduce amino acid alphabet composition | Genetic algorithm-based ensemble learning | 2017 | [19] |
ACPred | AAC, DPC, PHYC, PAAC, Am-PAAC | SVM, RF | 2019 | [12] |
AntiCP 2.0 | AAC, DPC, TC, BP | SVM | 2020 | [11] |
DeepACP | Amino acid embedding | RNN | 2020 | [17] |
cACP | Quasi-sequence order, Conjoint triad feature, Geary autocorrelation descriptor | SVM | 2020 | [20] |
cACP-2LFS | K-space amino acid pair | SVM | 2020 | [21] |
ACP-MHCNN | Sequential features, PHYC, evolutionary information | CNN | 2021 | [18] |
iACP-GE | BC, BLOSUM62, EGAAC, DMACA | GBDT, ET | 2022 | [13] |
StackACPred | N-SegPSSM, PsePSSM, PAAC | SVM-RFE+CBR, LightGMB, stacking-based ensemble learning | 2022 | [14] |
cACP-DeepGram | Word embedding | Deep neural network | 2022 | [22] |
GRDF | Graphical features of peptides, evolutionary information, BP | Deep forest | 2023 | [15] |
ACP-MLC | AAC, BPF, DDE, TPC, AAINEX, C/T/D | RF | 2023 | [16] |
CAPTURE | Correlational information, distributional information, compositional information, transitional information | Adaboost | 2024 | [23] |
ANNprob-ACPs | AAC, Cross-covariance, DPC, PAAC, Quasi-sequence-order, CTDC, CTDT, word2vector, CKSAAGP | Artificial neural network | 2024 | [24] |
ACP-ML | DPC, PAAC, CTDC, CTDT, CS-Pse-PSSM | Voting-based ensemble learning | 2024 | [25] |
Method . | Feature encoding . | Algorithm . | Year . | Reference . |
---|---|---|---|---|
AntiCP | AAC, BP | SVM | 2013 | [10] |
iACP-GAEnsC | Am-PAAC, g-Gap dipeptide composition, Reduce amino acid alphabet composition | Genetic algorithm-based ensemble learning | 2017 | [19] |
ACPred | AAC, DPC, PHYC, PAAC, Am-PAAC | SVM, RF | 2019 | [12] |
AntiCP 2.0 | AAC, DPC, TC, BP | SVM | 2020 | [11] |
DeepACP | Amino acid embedding | RNN | 2020 | [17] |
cACP | Quasi-sequence order, Conjoint triad feature, Geary autocorrelation descriptor | SVM | 2020 | [20] |
cACP-2LFS | K-space amino acid pair | SVM | 2020 | [21] |
ACP-MHCNN | Sequential features, PHYC, evolutionary information | CNN | 2021 | [18] |
iACP-GE | BC, BLOSUM62, EGAAC, DMACA | GBDT, ET | 2022 | [13] |
StackACPred | N-SegPSSM, PsePSSM, PAAC | SVM-RFE+CBR, LightGMB, stacking-based ensemble learning | 2022 | [14] |
cACP-DeepGram | Word embedding | Deep neural network | 2022 | [22] |
GRDF | Graphical features of peptides, evolutionary information, BP | Deep forest | 2023 | [15] |
ACP-MLC | AAC, BPF, DDE, TPC, AAINEX, C/T/D | RF | 2023 | [16] |
CAPTURE | Correlational information, distributional information, compositional information, transitional information | Adaboost | 2024 | [23] |
ANNprob-ACPs | AAC, Cross-covariance, DPC, PAAC, Quasi-sequence-order, CTDC, CTDT, word2vector, CKSAAGP | Artificial neural network | 2024 | [24] |
ACP-ML | DPC, PAAC, CTDC, CTDT, CS-Pse-PSSM | Voting-based ensemble learning | 2024 | [25] |
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