Self-organization in a network of autonomous elements with adaptive coupling-design and control

我们构建了具有各种耦合规律的网络，并通过各种方法研究了这种主动系统中的自组织现象和这种动力学的控制。在具有时滞反馈的振荡或激发元件耦合系统中，我们证明了通过调整延迟时间可以控制相干共振和相位同步等集体动力学。在根据振子之间的相位差改变耦合权值的自适应网络中，我们发现根据网络的演化规律出现了不同的簇态。

We have constructed networks with various coupling laws, and investigated self-organization phenomena in such active systems and the control of such dynamics through various methods. In the coupled system of oscillatory or excited elements with time-delayed feedback, we have demonstrated that the collective dynamics, such as coherence resonance and phase synchronization, can be controlled by adjusting the delay time. In the adaptive network designed to change the coupling weights depending on the phase difference between oscillators, we have found that various cluster states appear according to the evolution law of the network.