Generating Chaotic Sequences Using Chaotic Theory Systems
Implementing chaotic theory systems to generate chaotic sequences and producing binary sequences through three distinct methodological approaches with code implementation details.
Rubik's Cube Encryption Transformation for Digital Images Using Chaotic Sequences
This paper presents a Rubik's Cube-based encryption transformation for digital images utilizing chaotic sequences generated through logistic mapping from nonlinear dynamical systems. The implementation includes pseudocode demonstrations for chaotic sequence generation and pixel permutation algorithms.
MATLAB Implementation of Image Encryption using Arnold Scrambling and Logistic Chaotic Sequence for Color Images
MATLAB source code for color image encryption program combining Arnold image scrambling with Logistic chaotic sequence generation
Generation of Three Types of PN Sequences
Generation of Three Types of PN Sequences with Algorithm Explanations and Implementation Approaches
Chaotic Sequence Image Encryption
Chaotic sequence-based image encryption technique with MATLAB implementation details