Title of article :
Block Cipher Design: Generalized Single-Use-Algorithm Based on Chaos
Author/Authors :
ZHAO, Geng Beijing Electronic Science and Technology Institute - Key Laboratory of Information Security and Secrecy, China , ZHAO, Geng City University of Hong Kong - Department of Electronic Engineering, China , CHEN, Guanrong City University of Hong Kong - Department of Electronic Engineering, China , FANG, Jingqing China Institute of Atomic Energy, China , XU, Gang University of Science and Technology Beijing - School of Information Engineering, China
Abstract :
The idea of using a one-time-one-key design has been widely applied in conventional cryptography. With the security theory of conventional cryptology, encryption algorithms are made public while all the secrets are encoded only in the keys. This paper applies chaos theory to conventional cryptography to develop a one-time-one-algorithm design. A general theory is given to generate the clock key, substitution box, permutation box and operational sign functions for a one-time-one-algorithm scheme. This scheme is then implemented in a system to manage the tradeoff between speed and the security of the encryptionalgorithm.
Keywords :
chaotic cryptography , block cipher , one , time , one , algorithm , one , time , one , key
Journal title :
Tsinghua Science and Technology
Journal title :
Tsinghua Science and Technology
