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DNA cryptography…life blood for new ERA computers

机译:DNA密码学……新型ERA计算机的鲜血

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摘要

Internet is growing every day. But it became a great challenge to provide security to the data transferring through Internet. Though there are many security strategies developed, intruders are working with different methods to hack and modify the data. Now-a-days, DNA computing is one of the emerging research areas of Computer Science. The computational process speed is very high by using DNA computers when compared to traditional systems. When Adleman introduced the concept of calculating complex problems using DNA, most of the researchers concentrate on DNA computing to meet the challenges of solving the complex problems. Some of the researchers realised that the best information carrier is the DNA and also many of them are interested to develop different cryptographic algorithms to provide security using DNA which is going to be used in DNA Computer Systems. By using the bio Molecular technology, security keys generated by DES are extracted in short span. Keeping in view the importance of DNA, because of its inherent quality of parallelization and hugeness that stores enormous information, in this paper I would highlight the concepts of DNA computing and throw light on the various algorithms developed in the field of DNA cryptography.
机译:互联网每天都在增长。但是,为通过Internet传输的数据提供安全性成为了一个巨大的挑战。尽管开发了许多安全策略,但入侵者正在使用不同的方法来破解和修改数据。如今,DNA计算是计算机科学的新兴研究领域之一。与传统系统相比,使用DNA计算机的计算处理速度非常高。当阿德曼(Adleman)提出使用DNA计算复杂问题的概念时,大多数研究人员专注于DNA计算,以解决解决复杂问题的挑战。一些研究人员意识到,最好的信息载体是DNA,而且他们中的许多人也有兴趣开发不同的密码算法,以使用将用于DNA计算机系统的DNA提供安全性。通过使用生物分子技术,可以在短时间内提取由DES生成的安全密钥。考虑到DNA的重要性,由于其固有的并行化质量和存储大量信息的巨大容量,在本文中,我将重点介绍DNA计算的概念,并介绍DNA密码学领域开发的各种算法。

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