Enhanced synchronization due to intermittent noise

Abstract We propose a novel scheme to regulate noise infusion into the chaotic trajectories of uncoupled complex systems achieve complete synchronization. So far noise-induced synchronization utilize uncontrolled that can be applied in entire state space. Here, we consider controlled (intermittent) which is infused restricted space realize enhanced find intermittent noise, only fraction space, restricts evolve within contraction region for longer period time. The basin stability synchronized states (SS) found significantly compared noise. Additionally, uncover SS prevail an extended range intensity. elucidate results numerically Lorenz system, Pikovski–Rabinovich circuit model and Hindmarsh–Rose neuron model.