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早期视觉皮层计算的神经回路模型。

Neural circuit models for computations in early visual cortex.

机构信息

Department of Computer Science, University College London, UK.

出版信息

Curr Opin Neurobiol. 2011 Oct;21(5):808-15. doi: 10.1016/j.conb.2011.07.005. Epub 2011 Aug 26.

Abstract

Some cortical circuit models study the mechanisms of the transforms from visual inputs to neural responses. They model neural properties such as feature tunings, pattern sensitivities, and how they depend on intracortical connections and contextual inputs. Other cortical circuit models are more concerned with computational goals of the transform from visual inputs to neural responses, or the roles of the neural responses in the visual behavior. The appropriate complexity of a cortical circuit model depends on the question asked. Modeling neural circuits of many interacting hypercolumns is a necessary challenge, which is providing insights to cortical computations, such as visual saliency computation, and linking physiology with global visual cognitive behavior such as bottom-up attentional selection.

摘要

一些皮质电路模型研究了从视觉输入到神经反应的转换机制。它们模拟了神经特性,如特征调谐、模式敏感性,以及它们如何依赖于皮质内连接和上下文输入。其他皮质电路模型则更关注从视觉输入到神经反应的转换的计算目标,或神经反应在视觉行为中的作用。皮质电路模型的适当复杂性取决于所提出的问题。对许多相互作用的超柱的神经电路进行建模是一个必要的挑战,这为皮质计算提供了深入的了解,例如视觉显著性计算,并将生理学与全局视觉认知行为(如自上而下的注意力选择)联系起来。

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