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Secure Data Transmission Integration of Genetic Algorithm and Visual Cryptography Technique

机译:遗传算法与可视密码技术的安全数据传输集成

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摘要

Integrity, security, non-repudiation, confidentiality, and authentication services are the imperative elements in data security. Presently days the security of information draws much attention, particularly when these information are send through the communication network or put away in memory. Cryptography is a technique for sparing and transmitting information in a specific form so that those for whom it is proposed can read it and process it. For secure data transmission this work presented a system which uses genetic algorithm, steganography along with visual cryptography. Genetic algorithm is used for encryption where plain text is converted into cipher text then it is hidden in LSB pixels of an image using Steganography technique. Visual cryptography technique is then used to divide the image into multiple shares to provide security and reliability for data transmission over network. Digital signature is used for authentication.
机译:完整性,安全性,不可否认性,机密性和身份验证服务是数据安全性中必不可少的要素。如今,信息的安全性引起了人们的极大关注,特别是当这些信息是通过通信网络发送或存储在内存中时。密码术是一种用于保留和传输特定形式的信息的技术,以便提出建议的人可以阅读和处理它。为了安全地传输数据,这项工作提出了一个使用遗传算法,隐写术以及视觉密码学的系统。遗传算法用于加密,其中将纯文本转换为密文,然后使用隐写术技术将其隐藏在图像的LSB像素中。然后,使用可视密码技术将图像分成多个部分,以为通过网络进行的数据传输提供安全性和可靠性。数字签名用于身份验证。

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