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The Journal of Mathematical Neuroscience
Figure 1 | The Journal of Mathematical Neuroscience

Figure 1

From: Synchronization and resilience in the Kuramoto white matter network model with adaptive state-dependent delays

Figure 1

Schematic of a network of coupled oscillators with plastic conduction delays implementing temporal control of global synchronization. The network is built of recurrently connected phase oscillators, and connections are subjected to conduction delays. Those delays are regulated by a phase-dependent plasticity rule. Depending on whether the phase difference between two-oscillators is positive, zero, or negative, the delays are either increased (myelin retraction), unaltered, or decreased (stabilization)

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