一种改进的二维图形图像密码密钥处理方法

Pratik Shrivastava, Retesh Jain, K. Raghuwanshi
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引用次数: 6

摘要

密码学基本上是在不同系统之间的通信期间保护数据。在密码学中,为了保证数据在通信过程中的安全性,我们需要算法和密钥。通信过程中数据的保密性和完整性部分取决于算法,部分取决于密钥。由于人的可记忆性,密码中密钥的大小是有限的。二维图形图像具有这样的特性,即通过可视化或通过聆听其维度来设计完全相同的图案是不可能的。本文提出了一种改进的方法来提高数据的安全性。为了提高安全性,我们基本上集中在加密的关键部分,我们基本上使用由用户设计的二维图形图像。二维图形图像由像素组成,其中每个像素具有不同或相同的ASCII值。该算法从大量的像素集合中生成任意大小的密钥,这些密钥既可以用于加密,也可以用于解密。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Modified Approach of Key Manipulation in Cryptography Using 2D Graphics Image
Cryptography is basically securing the data during the communication between different systems. To provide the security of data during communication in cryptography we together require the Algorithm and Key. The confidentiality and integrity of the data during communication depends partially on algorithm and partially on key. Due to human memorizability the size of key in cryptography is limited. 2Dimension graphics image have the property that by visualising or by listening its dimension it is not possible to design exactly the same pattern. In this paper a modified approach is being proposed for increasing the security of the data. For increasing the security we are basically concentrating on the key part of the cryptography we basically uses the 2Dimension graphics image which is designed by the user. 2Dimension Graphics image is composed of pixels in which each pixel have different or same ASCII value. From the large collection of pixel the proposed algorithm will generate any size of key which can be used in encryption as well as in decryption.
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