Synchronization in a population of globally coupled chaotic oscillators
Europhysics Letters, 1996•iopscience.iop.org
We demonstrate synchronization transition in a large ensemble of non-identical chaotic
oscillators, globally coupled via the mean field. We show that this coherent behaviour is due
to synchronization of phases of these oscillators, while their amplitudes remain chaotic. Two
types of transition, depending on the phase coherence properties of the individual systems,
are described.
oscillators, globally coupled via the mean field. We show that this coherent behaviour is due
to synchronization of phases of these oscillators, while their amplitudes remain chaotic. Two
types of transition, depending on the phase coherence properties of the individual systems,
are described.
Abstract
We demonstrate synchronization transition in a large ensemble of non-identical chaotic oscillators, globally coupled via the mean field. We show that this coherent behaviour is due to synchronization of phases of these oscillators, while their amplitudes remain chaotic. Two types of transition, depending on the phase coherence properties of the individual systems, are described.
iopscience.iop.org
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