Providing Data Security in Deep Learning by Using Genomic Procedure
01 Jan 2020-pp 247-258
TL;DR: Routine besides of execution intended for key creation grounded on DNA algorithm with Needleman–Wunsch (NW) algorithm is introduced that ensures hiding an information by use of DNA terms and deep learning.
Abstract: Cryptanalysis is the technique for putting a difficult arithmetic and rationality to give a heavy-duty policy procedure to pelt information named by way of enciphering and then also reclaim novel information again named as deciphering. The main determination of cryptanalysis is to communicate information among one hub to another and also avoid the listener problems, and mainly we want a strong procedures and strategy and also need good encipherment techniques. For this, introduce a new concept of DNA deep learning cryptography that ensures hiding an information by use of DNA terms and deep learning. In this method, every ABCs are transformed to various mixtures of the four bases. This is, respectively, A, C, G and T. These base pairs are making a humanoid deoxyribonucleic acid (DNA). In this paper to begin with, routine besides of execution intended for key creation grounded on DNA algorithm with Needleman–Wunsch (NW) algorithm. And furthermore, the genetic procedures transcription, translation, DNA sequencing and deep learning are used to encrypt and decrypt the information.
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TL;DR: The biological background of DNA cryptography and the principle of DNA computing is introduced, the progress of DNA cryptographic research and several key problems are summarized, and the status, security and application fields ofDNA cryptography with those of traditional cryptography and quantum cryptography are compared.
Abstract: DNA cryptography is a new born cryp- tographic field emerged with the research of DNA computing, in which DNA is used as information car- rier and the modern biological technology is used as implementation tool. The vast parallelism and ex- traordinary information density inherent in DNA molecules are explored for cryptographic purposes such as encryption, authentication, signature, and so on. In this paper, we briefly introduce the biological background of DNA cryptography and the principle of DNA computing, summarize the progress of DNA cryptographic research and several key problems, discuss the trend of DNA cryptography, and compare the status, security and application fields of DNA cryptography with those of traditional cryptography and quantum cryptography. It is pointed out that all the three kinds of cryptography have their own ad- vantages and disadvantages and complement each other in future practical application. The current main difficulties of DNA cryptography are the absence of effective secure theory and simple realizable method. The main goal of the research of DNA cryptography is exploring characteristics of DNA molecule and reac- tion, establishing corresponding theories, discovering possible development directions, searching for sim- ple methods of realizing DNA cryptography, and lay- ing the basis for future development.
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