Comparative Study of 1-D Chaotic Generators for Digital Data Encryption
Abir Awad, Safwan El Assad, Qianxue Wang, Bassem Bakhache · 2008
Abstract—The security of transmitted digital information through a channel, against passive or active attacks, becomes more and more important. The use of a 1-D chaotic signal to mask useful information and to make it unrecognizable by an eavesdropper is a field of research in full expansion. In order to obtain such high-level security; chaotic generators used to encrypt digital data, must have desirable dynamical statistical properties such as: noise-like autocorrelation, cross-correlation, uniformity, attractors, etc. In this paper; first, we design, improve and simulate using Matlab some 1-D