A framework for frequency selection and explosive network relaxation oscillations using adaptive axonal delays in delay-coupled phase oscillators on brain data and ring networks.
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Numerical simulations identify power-law scaling at the onset of multichimera states in coupled oscillators with exponents unlike those of directed percolation, suggesting a new non-equilibrium critical class driven by traveling waves.
citing papers explorer
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Network Attractors driven by Time-Delay Plasticity
A framework for frequency selection and explosive network relaxation oscillations using adaptive axonal delays in delay-coupled phase oscillators on brain data and ring networks.
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Critical Behavior at the Onset of Multichimera States in a Coupled-Oscillator Array
Numerical simulations identify power-law scaling at the onset of multichimera states in coupled oscillators with exponents unlike those of directed percolation, suggesting a new non-equilibrium critical class driven by traveling waves.