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Egocentric and allocentric neural mechanisms for representing the body

机译:用于代表身体的Egocentric和Allocentric神经机制

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Infants' ability to orient their actions in space improves dramatically after their sixth month. Recent developmental studies speculate that this enhancement of spatial memory relies on two mechanisms that evolve separately during the first year shifting from an egocentric representation of the body to an allocentric one. We present two different mechanisms of neural networks to represent on the one hand the body-centered information which correlates the body signals and on the other the allocentric body schema that remaps dynamically the position of the limbs and the muscles lengths.
机译:婴儿在第六个月后,在太空中的行动的能力急剧提高。最近的发展研究推测,这种增强空间记忆依赖于两种机制,这些机制在第一年在第一年转移到从身体的Enocentric表示转移到Allocentric One。我们展示了两个不同的神经网络机制,以一方面表示与身体信号相关的身体居中信息,并在另一个上传到的身体模式中延伸,以动态地延伸肢体和肌肉长度的位置。

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