Biotechnological methods can be used for cryptography. DNA binary strands can be used for steganography to provide rapid encryption and decryption. It is shown that DNA steganography based on DNA binary strands is secure under the assumption that an interceptor has the same technological capabilities as sender and receiver of encrypted messages.
I thought this as an interesting article since my last post was about DNA based security
http://www.cs.mun.ca/~banzhaf/molcomp.html
AUTHORS: Andre Leier, Christoph Richter, Wolfgang Banzhaf and Hilmar Rauhe
SOURCE: BioSystems, 57 (2000) 13 - 22,Extended Manuscript from 6th DIMACS Workshop on DNA Computing, Leiden, 2000
AUTHORS: Andre Leier, Christoph Richter, Wolfgang Banzhaf and Hilmar Rauhe
Biotechnological methods can be used for cryptography. DNA binary strands can be used for steganography to provide rapid encryption and decryption. It is shown that DNA steganography based on DNA binary strands is secure under the assumption that an interceptor has the same technological capabilities as sender and receiver of encrypted messages.
I thought this as an interesting article since my last post was about DNA based security
http://www.cs.mun.ca/~banzhaf/molcomp.html
AUTHORS: Andre Leier, Christoph Richter, Wolfgang Banzhaf and Hilmar Rauhe
SOURCE: BioSystems, 57 (2000) 13 - 22,Extended Manuscript from 6th DIMACS Workshop on DNA Computing, Leiden, 2000
AUTHORS: Andre Leier, Christoph Richter, Wolfgang Banzhaf and Hilmar Rauhe
Filed under: DNA, DNA computer, DNA news, digital DNA