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首页> 外文期刊>Neuron >Figuring space by time.
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Figuring space by time.

机译:按时间计算空间。

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摘要

Sensory information is encoded both in space and in time. Spatial encoding is based on the identity of activated receptors, while temporal encoding is based on the timing of activation. In order to generate accurate internal representations of the external world, the brain must decode both types of encoded information, even when processing stationary stimuli. We review here evidence in support of a parallel processing scheme for spatially and temporally encoded information in the tactile system and discuss the advantages and limitations of sensory-derived temporal coding in both the tactile and visual systems. Based on a large body of data, we propose a dynamic theory for vision, which avoids the impediments of previous dynamic theories.
机译:感官信息在空间和时间上都被编码。空间编码基于激活的受体的身份,而时间编码则基于激活的时间。为了生成外部世界的准确内部表示,即使在处理静态刺激时,大脑也必须对两种类型的编码信​​息进行解码。我们在这里复查支持触觉系统中时空编码信息的并行处理方案的证据,并讨论在触觉和视觉系统中感官时态编码的优点和局限性。在大量数据的基础上,我们提出了一种视觉动态理论,该理论避免了以前的动态理论的障碍。

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