基于Myanmar-Vigenere表和Unicode表的流密码Beaufort密码的创新安全性

Htet Naing, Zin May Aye
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引用次数: 1

摘要

在信息安全与信息转换电子化的今天,安全在公共网络中扮演着非常重要的角色。密码学是使用加密/解密过程将可读消息转换为不可读消息。加密过程是发送方,解密过程是接收方。通常,信息可以用国际语言存储,如英语。目前,每个人都在努力更安全,不仅是英语,还有自己的语言,如缅甸语、汉语、泰米尔语等。采用更具创新性的方法,以地域语言传递机密数据。为了确保这些信息的安全,加密/解密在信息安全中起着重要的作用。在密码学中,有多种密码技术,如多字母密码、流密码、分组密码等。本文提出了一种先进的加密算法,将博福特加密与现代加密方法(如缅甸语的流密码)相结合,提高了博福特加密的安全性,流密码被认为是一种相对不可破解的方法,使用二进制形式(而不是字符),明文、加密文本和密钥都是位串。
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Innovation Security of Beaufort Cipher by Stream Cipher Using Myanmar-Vigenere Table and Unicode Table
Nowadays, securing information and message transformation are going with electronic way, the security becomes very important role on public network. Cryptography is readable message convert to unreadable message using encryption/decryption process. Encryption Process is sender and decryption process are receiver side. Commonly, information can be storing with international language such as English language. At the present time, everyone is trying to be more secure not only English but also own language such as Myanmar, Chinese, Tamil etc. Confidential data are transferred through with regional language by using with more innovative method. To secure such information, encryption/decryption plays an important role in information security. In cryptography, there are several cipher techniques such as, polyalphabetic cipher, Stream cipher, Block cipher etc. This section using Beaufort cipher is an example of substitution cipher, In this paper, we propose an advanced encryption algorithm that improves the security of Beaufort encryption by combining it with a modern encryption method such as Stream cipher for the Myanmar language, Stream cipher is considered relatively as an unbreakable method and uses a binary form ( instead of characters) where Plain text, encrypted text and key are bit string.
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