Finding order using chaos: Synchronization of spiking oscillators helps build physical reservoirs

a) Topology of the network and node circuit diagram, b) Waveforms of a single node operating in periodic (top-left) and chaotic regions (bottom-left) followed by waveforms of two coupled nodes that are unsynchronized (top-right) and synchronized (bottom-right). c) Average synchronization across the entire network under the control of the coupling strength and a parameter that influences the dynamics of the circuit. The regions where the network is unsynchronized (blue), incompletely synchronized (yellow) and completely synchronized (red) are shown. A broad region of incomplete synchronization, when the network is operating near the edge of chaos, can be observed. Furthermore, the synchronization …
Read more…….

Be the first to comment

Leave a Reply

Your email address will not be published.


*