Titlebook: Cerebral Cortex; Volume 12: Extrastri Kathleen S. Rockland,Jon H. Kaas,Alan Peters Book 1997 Springer-Verlag US 1997 brain.cerebral cortex.

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Inkjet-Configurable Gate Array (IGA),as guides for further research and they clearly have implications for how information is processed in the visual system. Early maps such as those of Brodmann (1909) and Von Economo (1929) have had great impact on current theories of visual cortex organization, and parts of these early theories remai

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,Zusammenführung der Befunde und Ausblick,. Among those connections, it is usual to distinguish between feedforward and feedback connections. Feedforward connections carry information away from area V1 toward the parietal and the temporal lobes, whereas feedback connections carry impulses in the reverse direction (Salin and Bullier, 1995).

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Inklusion aus Governance-Perspektive), there are still many questions concerning specific boundaries and subdivisions, and the criteria for area identification themselves remain under discussion. How areas interact is even less well known and is very much a topic of active research. Is there an overall architecture? Are there patterns

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https://doi.org/10.1007/978-3-86226-890-0nd visual area, V2. Architecturally, V2 is composed of an interleaved series of bands specialized for the processing of the visual submodalities of form, color, and depth, known as the V2 stripes. The unique position of V2 in the visual hierarchy at the juncture of the higher visual pathways suggest

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https://doi.org/10.1007/978-3-658-20035-0iew, see Van Essen .., 1992; Felleman and Van Essen, 1991). Of these 30 or so extra-striate areas, a small group in the caudal superior temporal sulcus (STS) stands out because their neurons share the property of direction selectivity, suggesting that these areas might be involved in the analysis of