Design and implementation of a fractional chaos generator based on virtual instrument technology

Abstract

This paper introduces a method to solve the fractional calculus problem and proposes a new fractional chaotic system for generating complex carrier wave signals of chaos-based communications. Numerical simulations show that the lowest order we found for chaos to exist in the system is 2.31. Based on the system, a fractional chaotic signal generator is designed using virtual instrument technology and the experimental results are observed.