Page 184 - The-5th-MCAIT2021-eProceeding
P. 184

Step-2: convert ASCII value to binary format: 01010100 - 01101000 - 01101001 - 01110011 - 00100000 -
        01101001 - 01110011 - 00100000 - 01100001 - 01101110 - 00100000 - 01100101 - 01111000 - 01100001 -
        01101101 - 01110000 - 01101100 - 01100101 - 00100000 - 01101111 - 01100110 - 00100000 - 01100101 -
        01101110 - 01100011 - 01110010 - 01111001 - 01110000 - 01110100 - 01101001 - 01101111 - 01101110 -
        00100000 - 01110011 - 01110100 - 01100101 - 01110000 – 01110011

           Step-3: convert binary values to DNA sequences:
        CCCACGGACGGCCTATAGAACGGCCTATAGAACGACCGTGAGAACGCCCTGACGACCGTCCTAA
        CGTACGCCAGAACGTTCGCGAGAACGCCCGTGCGATCTAGCTGCCTAACTCACGGCCGTTCGTG
        AGAACTATCTCACGCCCTAACTAT

           Step-4: convert DNA to their complementary DNA:
        GGGTGCCTGCCGGATATCTTGCCGGATATCTTGCTGGCACTCTTGCGGGACTGCTGGCAGGATTG
        CATGCGGTCTTGCAAGCGCTCTTGCGGGCACGCTAGATCGACGGATTGAGTGCCGGCAAGCACT
        CTTGATAGAGTGCGGGATTGATA

           Step-5: convert DNA sequences to RNA sequences:
        GGGUGCCUGCCGGAUAUCUUGCCGGAUAUCUUGCUGGCACUCUUGCGGGACUGCUGGCAGGA
        UUGCAUGCGGUCUUGCAAGCGCUCUUGCGGGCACGCUAGAUCGACGGAUUGAGUGCCGGCAA
        GCACUCUUGAUAGAGUGCGGGAUUGAUA
           Step-6: convert RNA sequences to amino acid values, which is considered as the ciphertext for this
        example: “ZTCHRDBHRDBCJCBWRTVORTEWGTQWGTZNJYGIRUFHJXICRYFWRU”

           Decryption steps example, where the ciphertext is
        "ZTCHRDBHRDBCJCBWRTVORTEWGTQWGTZNJYGIRUFHJXICRYFWRU"

           Step-1: convert amino acid values to RNA sequences:
        GGGUGCCUGCCGGAUAUCUUGCCGGAUAUCUUGCUGGCACUCUUGCGGGACUGCUGGCAGGA
        UUGCAUGCGGUCUUGCAAGCGCUCUUGCGGGCACGCUAGAUCGACGGAUUGAGUGCCGGCAA
        GCACUCUUGAUAGAGUGCGGGAUUGAUA

           Step-2: convert RNA sequences to DNA sequences:
        GGGTGCCTGCCGGATATCTTGCCGGATATCTTGCTGGCACTCTTGCGGGACTGCTGGCAGGATTG
        CATGCGGTCTTGCAAGCGCTCTTGCGGGCACGCTAGATCGACGGATTGAGTGCCGGCAAGCACT
        CTTGATAGAGTGCGGGATTGATA

           Step-3: convert DNA to their complementary DNA:
        CCCACGGACGGCCTATAGAACGGCCTATAGAACGACCGTGAGAACGCCCTGACGACCGTCCTAA
        CGTACGCCAGAACGTTCGCGAGAACGCCCGTGCGATCTAGCTGCCTAACTCACGGCCGTTCGTG
        AGAACTATCTCACGCCCTAACTAT
           Step-4: convert DNA sequences to binary values: 01010100 - 01101000 - 01101001 - 01110011 - 00100000
        - 01101001 - 01110011 - 00100000 - 01100001 - 01101110 - 00100000 - 01100101 - 01111000 - 01100001 -
        01101101 - 01110000 - 01101100 - 01100101 - 00100000 - 01101111 - 01100110 - 00100000 - 01100101 -
        01101110 - 01100011 - 01110010 - 01111001 - 01110000 - 01110100 - 01101001 - 01101111 - 01101110 -
        00100000 - 01110011 - 01110100 - 01100101 - 01110000 – 01110011

           Step-5: convert binary values to ASCII value: 84 - 104 - 105 - 115 - 32 - 105 - 115 - 32 - 97 - 110 - 32 - 101
        - 120 - 97 - 109 - 112 - 108 - 101 - 32 - 111 - 102 - 32 - 101 - 110 - 99 - 114 - 121 - 112 - 116 - 105 - 111 - 110
        - 32 - 115 - 116 - 101 - 112 – 115






        E- Proceedings of The 5th International Multi-Conference on Artificial Intelligence Technology (MCAIT 2021)   [171]
        Artificial Intelligence in the 4th Industrial Revolution
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