Chaos synchronization underlying zero-dispersion nonlinear resonance

In this paper, we fulfill an idea, output will be equal to input, derived from zero-dispersion nonlinear resonance (ZDNR), and achieve the complete synchronization without modulating the coupling strength. Additionally, phase locking is also observed via inputting partial signal calculated on the basis of ZDNR. Besides, a section of fixed phase is used to observe the phase locking phenomenon resulting from the chaotic driver. The effectiveness and feasibility of our proposed scheme are demonstrated by Lorenz system.