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Enhancing AES Algorithm with Arithmetic Coding

机译:用算术编码增强AES算法

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Arithmetic coding technique is very much effective and flexible and it is evident in most of the circumstances while on the other hand AES is advanced encryption standard process which deals with changeover and permutation of data for proper security. The paper presents the security and compression of data by Arithmetic coding with AES (Advanced Encryption Standard) algorithm. Basic research is to arithmetically encode the data first, followed by encryption by using AES algorithm and then transmits the code. At the receiving end the data is decrypted and decoded to produce the user data. The paper has an advantage of encoding/decoding and compression of data both at the same time. The input data size is of 128 bits or 256 bits in AES, so the idea is to compress the data before encryption by digital arithmetic coding. The arithmetic coding and Huffman coding are very much alike in their working as they both achieve the task of compression by plummeting the average number of bits required to represent each and every symbol.
机译:算术编码技术是非常有效的,灵活的,它在大多数的情况是显而易见的,而在另一方面AES是高级加密标准的过程,涉及转换和数据的排列进行适当的安全。该文提出用算术AES(高级加密标准)算法编码数据的安全性和压缩。基础研究是通过使用AES算法来算术编码数据的第一,随后加密并且然后发送的代码。在接收端的数据被解密和解码,以产生用户数据。纸具有编码/在同一时间进行解码和数据两者的压缩的优点。输入数据大小是128位或在AES 256位,这样的想法是通过数字算术编码来压缩加密前的数据。算术编码和霍夫曼编码非常相像在他们的工作,因为它们都被暴跌的平均比特数达到压缩的任务要求来表示每个符号。

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