论文标题
记忆回忆通过控制混乱
Memory recall by controlling chaos
论文作者
论文摘要
通过结合反馈回路，会导致扩增和阻尼，因此输出与输入不成比例，生物神经网络变得高度非线性，因此本质上很可能混乱。控制理论中的研究表明，奇怪的吸引子可以通过收集循环近似，并折叠成一个更连贯的状态，如果我们施加控制，则以其中一个为中心。我们推测人类的记忆是通过这种周期编码的，可以在感觉或虚拟提示（作为参考）的情况下检索，从而使反馈控制能够对原本混乱的流浪心灵进行核。
By incorporating feedback loops, that engender amplification and damping so that output is not proportional to input, the biological neural networks become highly nonlinear and thus very likely chaotic in nature. Research in control theory reveals that strange attractors can be approximated by collection of cycles, and be collapsed into a more coherent state centered on one of them if we exert control. We speculate that human memories are encoded by such cycles, and can be retrieved once sensory or virtual cues, acting as references, enable feedback controls that nucleates the otherwise chaotic wandering mind.
