Matrix-Based Translocation of Reversible Encryption Algorithm Analysis and Design
Lin Jia-hua
Abstract
Lin Jia-hua
Abstract
There are currently a symmetric encryption algorithm and the asymmetrical encryption algorithm,a considerable part of its encryption strength just passable,but like the elliptic curve encryption algorithm.Although encryption strength is extremely high,but its efficiency is very low,does not suitable for business communication under the background of general applicability.Based on the matrix translocation transform theory,this paper proposes an encryption algorithm with a high encryption intensity a small collision probability and high efficiency of the symmetrical encryption algorithm encryption.The encryption algorithm is applicable to the high security,but allows slightly longer decryption time.
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There are currently a symmetric encryption algorithm and the asymmetrical encryption algorithm,a considerable part of its encryption strength just passable,but like the elliptic curve encryption algorithm.Although encryption strength is extremely high,but its efficiency is very low,does not suitable for business communication under the background of general applicability.Based on the matrix translocation transform theory,this paper proposes an encryption algorithm with a high encryption intensity a small collision probability and high efficiency of the symmetrical encryption algorithm encryption.The encryption algorithm is applicable to the high security,but allows slightly longer decryption time.
Key concepts: Encryption, Multiple encryption, Probabilistic encryption, 56-bit encryption, 40-bit encryption, Algorithm, Deterministic encryption, Computer science