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A Review on Cryptography Techniques using DNA Computing

Pritesh Bhimani, ,

Affiliations
Computer Engineering, Diwaliba Polytechnic
:10.22362/ijcert/2018/v5/i6/v5i604


Abstract
Cryptography and steganography are one of the most critical and needed areas of computer and data security. A mixer of both can make more secure the data. Cryptography is the way to secure the transfer data from sender to receiver. Steganography is a way to ensure the data by the hiding it. One new term is added with the Cryptography for making data more secure is DNA. DNA cryptography is a new hopeful way in cryptography research. DNA can be used to store and transmit the information with the more secure method and most used to perform the computation. Combination of DNA and Cryptography make sure for the security in this world. Nowadays DNA cryptography is in the development phase, and it requires lots of work, efforts and research to reach a fully developed stage. This paper describes different DNA based cryptography techniques that increase the security of cryptography techniques.


Citation
Pritesh Bhimani (2018). A Review on Cryptography Techniques using DNA Computing . International Journal of Computer Engineering In Research Trends, 5(6), 187-191. Retrieved from http://ijcert.org/ems/ijcert_papers/V5I604.pdf


Keywords : DNA structure, Polymer Chain Reaction (PCR), Central Dogma of Molecular biology, DNA digital coding, DNA Cryptography, RSA, OTP, IDEA.

References
[1]	M Borda, T. Olga, “DNA Secret Writing Techniques”, Communications (COMM), 2010 8th International Conference. Pp. 451-456, IEEE 2010. 
[2]	C. Guangzhao, Q. Limin, W. Yanfeng, Z. Xuncai, “An Encryption Scheme Using DNA Technology ”, Bio-Inspired Computing: Theories and Applications, 2008. BICTA 2008. 3rd International Conference. Pp. 37-42, IEEE-2008. 
[3]	Crick Francis, "Molecular Structure of Nucleic acid: A Structure of Deoxyribose Nucleic Acid", April 25, 1953. Nature 171(April 25,1953): 737-738
[4]	Dhawan Sanjeev, Saini Alisha, “Secure Data Transmission Techniques Based on DNA Cryptography”, International Journal of Emerging Technologies in Computational and Applied Sciences, 2012.
[5]	Wang Xing, Zhang Qiang, “DNA computing-based cryptography", Bio-Inspired Computing, 2009. BIC-TA '09. Fourth International Conference. PP. 1-3, IEEE 2009
[6]	P. Rakheja, “Integrating DNA Computing in International Data Encryption Algorithm (IDEA)”, International Journal of Computer Applications, 2011, Volume 26 – no.-3, July 2011.


DOI Link : https://doi.org/10.22362/ijcert/2018/v5/i6/v5i604

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  V5I604.pdf


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