Abstract
SYNCHRONIZATION BEHAVIOR OF LAMINAR CHAOS BASED ON A STAR-COUPLED MODEL
Quo Qiang Qiu*
ABSTRACT
Laminar chaos, as an emerging type of chaos, is different from traditional chaos. It has a chaotically varying laminar phase and is periodically interrupted by irregular bursts. By modulating laminar chaos through a star-coupled system, we find that when the time-varying time-lag amplitude of the system is mismatched, the oscillators exhibit oscillatory synchronization behaviors (laminar region is completely synchronized, and the sequence values of the chaoticregion are alternately transformed) as the coupling strength reaches a certain threshold, but the difference between the peripheral oscillators is smaller than that between the central oscillator and the peripheral oscillators. These findings deepen our understanding of the laminar flow chaotic synchronization and regulation mechanisms, and open up new perspectives for the study of the synchronization behavior of chaotic systems. Future studies can explore the synchronization characteristics under different parameter conditions and apply these findings to practical engineering and technological fields, thus promoting the development of related fields.
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