Titlebook: Emergence of Functional Circuits in the Early Visual Pathway; Jaeson Jang,Se-Bum Paik Book 2022 The Editor(s) (if applicable) and The Auth

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Foolproof

深淵

https://doi.org/10.1007/978-3-658-15486-8te the model, our analysis of the structure of observed RGC mosaics data shows that the heterotypic repulsive interaction is in effect during the development, contrary to the notion suggested by previous research.

Adornment

https://doi.org/10.1007/978-3-319-47922-4uency in V1 are correlated with the spatial separation of the ON and OFF subdomains of the receptive fields. By combining these analyses of RGC mosaics and V1 recording data, we demonstrate that the regularly structured retinal circuits provide a common framework of various functional maps and topographic correlations among the maps in V1.

漂白

Modeling and Optimization in Green Logisticsnd vice versa. These results suggest that both columnar and salt-and-pepper organization in V1 develop universally with the retinal origin, but may bifurcate due to variation of the feedforward circuit.

OGLE

OGLE

Topographical Consistency of Cortical Maps,te the model, our analysis of the structure of observed RGC mosaics data shows that the heterotypic repulsive interaction is in effect during the development, contrary to the notion suggested by previous research.

不妥協(xié)

Orthogonal Organization of Visual Cortex,uency in V1 are correlated with the spatial separation of the ON and OFF subdomains of the receptive fields. By combining these analyses of RGC mosaics and V1 recording data, we demonstrate that the regularly structured retinal circuits provide a common framework of various functional maps and topographic correlations among the maps in V1.

Dri727

Parametric Classifications of Cortical Organization,nd vice versa. These results suggest that both columnar and salt-and-pepper organization in V1 develop universally with the retinal origin, but may bifurcate due to variation of the feedforward circuit.

反應(yīng)

Discussion: Biological Plausibility of the Model,fly introduced. Altogether, these results suggest that the initial circuitry of the brain can provide the beginnings of a mechanism initiating the spontaneous emergence of functions, which provides new insight into the mechanisms underlying the development of the visual functions of the brain, as well as artificial neural networks.