Self-Organized Synchronization Phenomena in Spatiotemporal Coupled Oscillator Model for Emergent Systems
Tetsuji Emura
The author proposes a spatiotemporal coupled Lorenz model with an excitatory-excitatory connection or an excitatory-inhibitory connection, which consists of three temporal coupling coefficients c1,2,3 and three spatial coupling coefficients d1,2,3. This model is an emergent device that has synchronized three nonlinear oscillators.
In this study, the author discovers that self-organized various phase transition phenomena appear in this model in changing the values of
c1,2,3 and d1,2,3 in the case of using the excitatory-inhibitory connection. Proposed model also concerns the neural population model
for autonomous agent.
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