Titlebook: Neuronal Operations in the Visual Cortex; Guy A. Orban Book 1984 Springer-Verlag Berlin Heidelberg 1984 Affen.Katze.LGN.Operations.Sehrind

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Book 1984nd the Research Council of the Catholic University of Leuven. I express my gratitude to them. I have en- joyed collaborating in these studies with P. O. Bishop, H. Kato, H. Kennedy, K. P. Hoffmann, H. Maes, J. Duysens, E. Vandenbussche, and H. van der Glas. I am much indebted to all those who have c

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0172-5742 s with P. O. Bishop, H. Kato, H. Kennedy, K. P. Hoffmann, H. Maes, J. Duysens, E. Vandenbussche, and H. van der Glas. I am much indebted to all those who have c978-3-642-46471-3978-3-642-46469-0Series ISSN 0172-5742

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The Visual System of Cat and Monkey Compared,, and the owl monkey (Aotus trivirgatus), a New World monkey. All these animals have frontally directed eyes with optical axes. that are nearly parallel. Primates (Fig. 1/1) have a large binocular visual field (130°–140° wide) (Allman, 1977). The cat is the non-primate with the largest binocular vis

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Parameter Specificity of Visual Cortical Cells and Coding of Visual Parameters, cells, cortical cells have a large number of parameter specificities. As a result of cortical transformations of the afferent geniculate input, cortical cells will respond only over limited ranges of a number of parameters. Hence these cells can, by their activity signal the values of these paramet

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Influence of Luminance and Contrast on Cat Visual Cortical Neurons,estricted to area 17. On the contrary, area 17 and 18 neurons have been investigated with stationary or moving slits. Both types of studies have reached 3 conclusions: (1) the relevant parameter for almost all cortical cells is contrast and not luminance (2) the contrast-response (CR) curve exhibits

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