Hyper elliptic curve cryptography in multi cloud-security using DNA (genetic) techniques

S. Selvi, M. Gobi, M. Kanchana, S. F. Mary
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引用次数: 9

Abstract

The security concerns would be still there in cloud frameworks. Cryptography comprises of the encryption-decryption systems. There are many plans, calculations those can be utilized for security purposes. Cloud computing has an extraordinary capacity to help efficiency and limit costs, consequently many organizations are grasping it, however in the meantime it constitutes numerous security dangers and difficulties. Because of conceivable outcomes of numerous dangers, for example, benefit blackout, robbery of information, information spillage and the odds of noxious insider assault, utilizing single cloud is getting to be noticeably repulsive by many organizations and new thought of Multi-Clouds use is getting to be noticeably recognizable to adapt to these security issues. DNA is currently for the most part a hypothetical idea however in the event that executed in future would be giving most solid and secure framework. In this paper it has been recommended that The hyper Elliptical curve points are mixed with DNA cryptographic calculations which are received for the enhancement of security methodology of utilizing DNA based cryptography and it guarantees secure information stockpiling on Multi-Clouds.
使用DNA(遗传)技术的超椭圆曲线密码在多云安全中的应用
在云框架中,安全问题仍然存在。密码学由加密-解密系统组成。有许多计划和计算可以用于安全目的。云计算在提高效率和限制成本方面具有非凡的能力,因此许多组织都在掌握它,但同时它也构成了许多安全隐患和困难。由于许多危险的可能结果,例如,利益中断,信息盗窃,信息泄漏和有害的内部攻击的可能性,使用单个云正在受到许多组织的明显排斥,并且使用多云的新思想正在得到明显的认可,以适应这些安全问题。DNA目前在很大程度上是一个假设的想法,但在未来执行的事件将提供最坚实和安全的框架。本文建议将超椭圆曲线点与DNA密码计算混合使用,以增强基于DNA密码的安全方法,并保证在多云上安全存储信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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