PROPOSED APPROACH FOR IMPROVING RNA CRYPTO-KEY BASED ON POLYNOMIAL CONVOLUTION

Authors

  • Estabraq Abdulredaa Kadhim AL-Israa University Collge

DOI:

https://doi.org/10.25195/ijci.v44i1.65

Keywords:

– Cryptography, Key generation, RNA, Bimolecular Computation, Polynomial Convolution

Abstract

Random Number Generators are fundamental tools
for cryptography protocols and algorithms. The basic problems that
face any crypto key generator are randomness, correlations and
distribution of the state of key sequence. This paper proposed a new
method to enhance RNA crypto key generation. It has been
implemented by extending the crypto key by applying polynomial
convolution technique which extracts the mask filter from the same
RNA key sequence depending on the start and end codon properties.
This will provide another high level of extension and generate
random-strength crypto key. The proposal approach could pass
through the statistical measurements successfully and achieved high
rate of randomness (approximated to 96%).

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Author Biography

Estabraq Abdulredaa Kadhim, AL-Israa University Collge

1Computer Engineering Techniques Department

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Published

2018-06-30