在许多动物和昆虫,听见对声音的最微弱很尖锐;内在的机制能被解释由自我调节。最近,信号反应扩大被显示了通过展出没有规模的拓扑学的网络被实现,它在人工的信息处理系统和设备有潜在的应用程序。我们在这考察主要结果在联网的双井振荡器获得了的纸并且简短讨论未来研究方向。
In many animals and insects, hearing is very acute to the faintest of sounds; the underlying mechanism can be explained by self-tuning. Recently, signal response amplification has been shown to be implemented through networks exhibiting scale-free topology, which has potential applications in artificial information processing systems and devices. We review in this paper the main results obtained in networked double-well oscillators and briefly discuss future research directions.