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DNA SEQUENCING PUZZLE BASED DNA CRYPTOGRAPHY ALGORITHM

机译:基于DNA测序难题的DNA密码算法

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摘要

DNA encryption technology is the combination of biotechnology and cryptography. The advantage characteristics of DNA includes massive parallelism, mass storage capacity and low energy consumption which arc appropriate to apply to the field of cryptography. The security of the DNA encryption system principally depends on the biological puzzles. The DNA encryption system will effectively prevent traditional attacks that are designed for the existing encryption technology. This paper present a DNA Cryptography algorithm. As the security basis of encryption system, the paper discusses the biological puzzle of isolating specific DNA sequences from the unknown DNA mixture to complete the DNA sequencing (DNA Sequencing Puzzle). The encryption process include the plaintext pretreatment, and the process of two steps encryption using Atomic Force Microscopy (ATM) and synthesized primers. The decryption process introduced in this paper is the reverse process of the encryption process. In the end of the paper, we simulate the cryptography process and prove it is feasible for the experiment.
机译:DNA加密技术是生物技术和密码学的组合。 DNA的优势特征包括巨大的平行,大容量存储容量和低能量消耗,其适当地适用于密码造影。 DNA加密系统的安全性主要取决于生物难题。 DNA加密系统将有效地防止为现有加密技术设计的传统攻击。本文提出了一种DNA密码算法。作为加密系统的安全依据,本文讨论了从未知DNA混合物中分离特异性DNA序列的生物难题,以完成DNA测序(DNA测序拼图)。加密过程包括明文预处理,以及使用原子力显微镜(ATM)和合成引物的两个步骤加密的过程。本文介绍的解密过程是加密过程的反向过程。在纸张结束时,我们模拟了加密过程并证明了实验是可行的。

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