Table 1.
Author Name | Type of Cryptosystem | Genetic Operators Used |
Fitness Test Applied | Whether GA-Applied on Complete Initial Key Population |
---|---|---|---|---|
Soni et al. (2012) | Traditional | Selection Crossover Mutation |
Nil | Yes |
Singh et al. (2013) | Traditional | Crossover | Nil | Yes |
Mishra et al. (2013) | Traditional | Selection Crossover Mutation |
Pearson’s Coefficient of auto-correlation |
Yes |
Jhingran et al. (2015) | Traditional | Selection Crossover Mutation |
Nil | Yes |
Malhotra et al. (2015) | Traditional | Selection Crossover Mutation |
Comparing with parents | No |
Jain et al. (2017) | Traditional | Selection Crossover Mutation |
Frequency Test. Serial Test, Autocorrelation Test, Poker Test |
Yes |
Chunka et al. (2018) | Traditional | Selection Crossover Mutation |
Frequency test, Block frequency, Runs test, Cumulative sums forward, Cumulative sums backward |
Yes |
Nazeer et al. (2018) | Traditional | Selection Crossover Mutation |
Shannon Key Entropy | Yes |
Kalsi et al. (2018) | DNA | Selection Crossover Mutation |
Run Test and Needleman- Wunsch Algorithm | Yes |
Turčaník et al. (2019) | Traditional | Selection Crossover Mutation |
Frequency Test | Yes |
Vidhya et al. (2020) | DNA | Selection Crossover Mutation |
Shanon Key Entropy | Yes |
Tahir et al. (2021) | Traditional | Selection Crossover Mutation |
Shanon key Entropy | Yes |
Abduljabbar et al. (2021) | Traditional | Selection Crossover Mutation |
Nil | Yes |
Salamudeen et al. (2021) | Audio | Bits fission Switching Mutation Fusion Deconditioning |
Fission-Fusion Scheme | Yes |
Garg et al. (2022) | DNA | Crossover Mutation |
NA | Yes |
Hussein et al. (2022) | Traditional | Crossover Mutation |
Entropy Test | Yes |