脉冲耦合振子自适应网络中的混沌同步

相位振子的集团已已知地表现出多种集体态。本文表明，一个简单的数场模型涉及两个异构的脉冲耦合振子群，在强耦合极限下，表现出稳健的不规则宏观动力学。 resulting strongly synchronized regime is sustained by a homeostatic mechanism induced by the shape of the phase-response curve combined with adaptive coupling strength, included to account for energy dissipated by the pulse emission. The proposed setup mimicks a neural network composed of excitatory and inhibitory neurons. 该结果强烈同步的 regime 由相位响应曲线形状引发的稳态机制与自适应耦合强度共同维持，后者用于考虑脉冲发射耗散的能量。该构图模拟了一个由兴奋性和抑制性神经元组成的神经网络。