Encoding algorithm using bit level encryption and decryption technique

Souvik Singha, Mainak Sen
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引用次数: 6

Abstract

Encryption helps us to store valuable information and send it across insecure networks so that it cannot be read by anyone except the intended recipient. Encryption is a process in which the sender encrypts or scrambles the message in such a way that only the recipient will be able to decrypt the message with the knowledge of the proper key. With the growth of internet, the need for secure data transmission become more essential and important, as security is a major concern in the internet world. So the plain text should be codified by the process of encryption. Different types of data have their own features, thus different techniques should be used to protect confidential data from unauthorized access. We propose in this paper bit level encryption and decryption algorithm based on number of keys which can encrypt the 8 bit binary no to its corresponding 8 bit cipher text and a decryption algorithm which can convert that 8 bit cipher text to its corresponding 8 bit original no. It can also be extended to 16, 32 bit binary number.
编码算法采用位级加解密技术
加密帮助我们存储有价值的信息,并通过不安全的网络发送,这样除了预期的接收者之外,任何人都无法读取这些信息。加密是这样一个过程:发送方对消息进行加密或加扰,只有接收方知道正确的密钥才能解密消息。随着互联网的发展,对安全数据传输的需求变得更加必要和重要,因为安全是互联网世界的主要关注点。因此,纯文本应该通过加密过程进行编码。不同类型的数据有自己的特点,因此应该使用不同的技术来保护机密数据不受未经授权的访问。本文提出了一种基于密钥数的位级加解密算法,可以将8位二进制no加密为对应的8位密文,并提出了一种将8位密文转换为对应的8位原始no的解密算法。也可以扩展为16、32位二进制数。
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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