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Secure data transmission in cloud environment using visual cryptography and genetic algorithm: A review

机译:使用视觉密码学和遗传算法在云环境中安全的数据传输:回顾

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Now a day's Cloud Computing is the great concept in the development of an on-demand network which provides access to a common pool of configurable resources that can be rapidly provisioned and released with minimal management effort or service provider interaction where Infrastructure, Platform, and Software can be accessed as a service. Cloud Computing provides reimbursement in terms of low cost and convenience of data, but its unique feature is its security. Sharing of data is an imperative functionality in cloud storage. In Cloud computing environment the sharing of data and transfer has increased exponentially. There are the various factors in data security like integrity, confidentiality, and authentication services. Maintaining secrecy and protection for critical data are highly challenging, particularly when data are stored in memory or send via any communication networks. I have reviewed several papers regarding our concept and what I found is that in some papers, GA has been used for security, In other papers used GA, VC, and Steganography together for enhancing security. But some are providing security quite well, having high overhead. And those which have low overhead, have poor security. In this paper we have described the genetic algorithm and visual cryptography related papers which helps to know the all areas where these techniques will be used. Genetic algorithm is used for providing encryption and decryption, for hiding critical data we are using visual cryptography.
机译:如今,一天的云计算已成为按需网络开发中的绝佳概念,它可以访问公共可配置资源池,这些资源可通过最少的管理工作或服务提供商与基础架构,平台和软件的交互而快速配置和释放。可以作为服务访问。云计算提供了低成本和数据便利性方面的补偿,但是其独特的功能是安全性。数据共享是云存储中必不可少的功能。在云计算环境中,数据共享和传输成倍增加。数据安全性中有多种因素,例如完整性,机密性和身份验证服务。维护关键数据的保密性和保护性是极富挑战性的,尤其是当数据存储在内存中或通过任何通信网络发送时。我审阅了几篇关于我们概念的论文,发现有些论文中将GA用于安全性方面,而另一些论文中将GA,VC和隐写技术一起用于增强安全性。但是有些提供的安全性很好,开销很大。那些开销少的安全性很差。在本文中,我们描述了遗传算法和视觉密​​码学相关的论文,这些论文有助于了解将使用这些技术的所有领域。遗传算法用于提供加密和解密,用于隐藏我们正在使用可视密码术的关键数据。

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