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An efficient and effective lossless symmetric key cryptography algorithm for an image

机译:一种高效且有效的无损对称密钥密码算法

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摘要

Modern era is fully dependent on internet communication. Through internet we can transfer data anywhere in the world. The Internet was born of academic efforts to share information; it never strove for the high security process. It plays a vital role in becoming people online, it is easy and effective but dangerous too in terms of data hacking and cracking by hackers. It is needed that while using Internet data must be secured and personal. Encryption can be used to protect data during transmission. Image encryption is a suitable process to protect image data. There are many cryptographic algorithms which are being used to secure multimedia data like images, but they have some advantages and disadvantages. So there is a requirement to develop a strong cryptography algorithm for securing the image while transferring. In this paper, a new symmetric key cryptography algorithm is proposed here for color 3D images. In this algorithm a different type of key generation method is being used. This technique is unique for key generation. Here two public key is the use of cryptography process. Key generation is very important in symmetric as well as in the asymmetric key cryptographic algorithm. Here, the proposed work of developing a new symmetric key cryptography algorithm for image data to provide a secure transmission during the network communication. All the concepts related to this research area are explained. This algorithm reduces lossless of image pixel during encryption and decryption.
机译:现代时代完全取决于互联网通信。通过互联网,我们可以在世界任何地方传输数据。互联网诞生于学术界共享信息的努力。它从未为高安全性过程而奋斗。它在使人们在线上起着至关重要的作用,它既简单又有效,但在黑客入侵数据和破解数据方面也很危险。在使用Internet时,必须确保数据的安全性和个人性。加密可用于在传输期间保护数据。图像加密是保护图像数据的合适过程。有许多用于保护多媒体数据(如图像)的加密算法,但是它们有一些优点和缺点。因此,需要开发一种强大的密码算法来保护传输时的图像。本文针对彩色3D图像提出了一种新的对称密钥密码算法。在此算法中,正在使用另一种类型的密钥生成方法。该技术对于密钥生成是唯一的。这里的两个公钥是使用加密过程的。密钥生成在对称以及非对称密钥密码算法中都非常重要。在此,为图像数据开发一种新的对称密钥密码算法的提议工作,以在网络通信期间提供安全的传输。解释了与该研究领域有关的所有概念。该算法减少了加密和解密过程中图像像素的无损损失。

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