| References . | Description . | Year . |
|---|---|---|
| [16] | Affine gap penalty, crossover, mutation | 1996 |
| [98] | String, simultaneousness, automated processing | 1997 |
| [99] | Divide-and-conquer, dynamic programming | 2005 |
| [100] | Global criterion for SA, evolutionary computation | 2009 |
| [101] | Multi-objective, structural information, non-gaps percentage totally conserved columns | 2013 |
| [102] | Multi-objective, affine gap penalty, similarity, support maximization | 2014 |
| [103] | Chaotic sequences, logistic map | 2016 |
| [104] | Chemical reaction optimization, single-point operator | 2019 |
| [105] | Optimization algorithm, gap insertion mutation, gap removal mutation | 2020 |
| [106] | Bi-objective, integer coding, Wilcoxon sign test | 2020 |
| References . | Description . | Year . |
|---|---|---|
| [16] | Affine gap penalty, crossover, mutation | 1996 |
| [98] | String, simultaneousness, automated processing | 1997 |
| [99] | Divide-and-conquer, dynamic programming | 2005 |
| [100] | Global criterion for SA, evolutionary computation | 2009 |
| [101] | Multi-objective, structural information, non-gaps percentage totally conserved columns | 2013 |
| [102] | Multi-objective, affine gap penalty, similarity, support maximization | 2014 |
| [103] | Chaotic sequences, logistic map | 2016 |
| [104] | Chemical reaction optimization, single-point operator | 2019 |
| [105] | Optimization algorithm, gap insertion mutation, gap removal mutation | 2020 |
| [106] | Bi-objective, integer coding, Wilcoxon sign test | 2020 |
| References . | Description . | Year . |
|---|---|---|
| [16] | Affine gap penalty, crossover, mutation | 1996 |
| [98] | String, simultaneousness, automated processing | 1997 |
| [99] | Divide-and-conquer, dynamic programming | 2005 |
| [100] | Global criterion for SA, evolutionary computation | 2009 |
| [101] | Multi-objective, structural information, non-gaps percentage totally conserved columns | 2013 |
| [102] | Multi-objective, affine gap penalty, similarity, support maximization | 2014 |
| [103] | Chaotic sequences, logistic map | 2016 |
| [104] | Chemical reaction optimization, single-point operator | 2019 |
| [105] | Optimization algorithm, gap insertion mutation, gap removal mutation | 2020 |
| [106] | Bi-objective, integer coding, Wilcoxon sign test | 2020 |
| References . | Description . | Year . |
|---|---|---|
| [16] | Affine gap penalty, crossover, mutation | 1996 |
| [98] | String, simultaneousness, automated processing | 1997 |
| [99] | Divide-and-conquer, dynamic programming | 2005 |
| [100] | Global criterion for SA, evolutionary computation | 2009 |
| [101] | Multi-objective, structural information, non-gaps percentage totally conserved columns | 2013 |
| [102] | Multi-objective, affine gap penalty, similarity, support maximization | 2014 |
| [103] | Chaotic sequences, logistic map | 2016 |
| [104] | Chemical reaction optimization, single-point operator | 2019 |
| [105] | Optimization algorithm, gap insertion mutation, gap removal mutation | 2020 |
| [106] | Bi-objective, integer coding, Wilcoxon sign test | 2020 |
This PDF is available to Subscribers Only
View Article Abstract & Purchase OptionsFor full access to this pdf, sign in to an existing account, or purchase an annual subscription.
