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Can't Get You Out of My Head: A Connectionist Model of Cyclic Rehearsal

机译:无法摆脱困境:循环排练的连接主义模型

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Humans are able to perform a large variety of periodic activities in different modes, for instance cyclic rehearsal of phone numbers, humming a melody sniplet over and over again. These performances are, to a certain degree, robust against perturbations, and it often suffices to present a new pattern a few times only until it can be "picked up". From an abstract mathematical perspective, this implies that the brain, as a dynamical system, (1) hosts a very large number of cyclic attractors, such that (2) if the system is driven by external input with a cyclic motif, it can entrain to a closely corresponding attractor in a very short time. This chapter proposes a simple recurrent neural network architecture which displays these dynamical phenomena. The model builds on echo state networks (ESNs), which have recently become popular in machine learning and computational neuroscience.
机译:人类能够以不同的方式进行各种各样的定期活动,例如循环地排练电话号码,一次又一次地哼唱一段音乐。这些性能在一定程度上抵抗干扰,通常只需要几次展示一个新模式就可以了,直到可以“拾取”为止。从抽象的数学观点来看,这意味着大脑作为一个动力系统,(1)拥有大量的周期性吸引子,因此(2)如果该系统由带有周期性图案的外部输入驱动,则它可以带动在很短的时间内吸引到一个非常接近的吸引子。本章提出了一个简单的递归神经网络体系结构,该体系结构显示了这些动态现象。该模型基于回声状态网络(ESN),最近在机器学习和计算神经科学中变得很流行。

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