2006•Wuhan University Journal of Natural SciencesRequires access

Permutation code encryption—New achievement based on path encryption

Jin-Mu Wu, Liu Maohua, Fu Guiqin, Guo Lina

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Abstract

By researching into the attack to present block cipher, we find an essential reason leading to the assailable encryption strength, set up a new block cipher idea and put forward a block cipher encryption concept path encryption. We present permutation code encryption which is based on path encryption. Now permutation code encryption is a patent of Chinese invention. In Permutation Code Encryption, we use a pseudo-random sequence of the keys to control the paths. The simulation result shows that for n -bit block the encryption strength is novel higher than 2″ and the algorithm can finish the encryption of one block in 7.5 ns, which is unrelated with the block length.

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What this paper is about

By researching into the attack to present block cipher, we find an essential reason leading to the assailable encryption strength, set up a new block cipher idea and put forward a block cipher encryption concept path encryption. We present permutation code encryption which is based on path encryption. Now permutation code encryption is a patent of Chinese invention. In Permutation Code Encryption, we use a pseudo-random sequence of the keys to control the paths. The simulation result shows that for n -bit block the encryption strength is novel higher than 2″ and the algorithm can finish the encryption of one block in 7.5 ns, which is unrelated with the block length.

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Available abstract

By researching into the attack to present block cipher, we find an essential reason leading to the assailable encryption strength, set up a new block cipher idea and put forward a block cipher encryption concept path encryption. We present permutation code encryption which is based on path encryption. Now permutation code encryption is a patent of Chinese invention. In Permutation Code Encryption, we use a pseudo-random sequence of the keys to control the paths. The simulation result shows that for n -bit block the encryption strength is novel higher than 2″ and the algorithm can finish the encryption of one block in 7.5 ns, which is unrelated with the block length.

Key concepts: Encryption, Multiple encryption, Computer science, Probabilistic encryption, Block cipher, 56-bit encryption, Triple DES, CBC-MAC

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