Search Results - "Gauzel'man, V. E."

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    Separate training of hemispheres to perform visual discrimination in conditions of blocking of interhemisphere transmission by masking by Glezer, V D, Nevskaya, A A, Chernova, N D, Gauzel'man, V E

    Published in Neuroscience and behavioral physiology (01-03-2005)
    “…Subjects were trained to discriminate three figures presented in the left field of vision and three other figures presented in the right field of vision. In…”
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    Journal Article
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    Interhemispheric Asymmetry, Visual Learning and Invariant Identification of Images by Glezer, V. D., Nevskaya, A. A., Chernova, N. D., Gauzel'man, V. E., Kravtsov, A. B.

    Published in Human physiology (01-09-2005)
    “…Using a blockade of the communication between the hemispheres, the rate of learning to recognize figures and the invariance of their identification were…”
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    Asymmetry of the internal connections of the striate cortex of the cat in the projection zone of the center of the field of vision by Alekseenko, S V, Toporova, S N, Gauzel'man, V E, Makarov, F N

    Published in Neuroscience and behavioral physiology (01-03-1998)
    “…Studies were carried out on the organization of the internal connections of the striate cortex in cats in the projection zone of the center (0-5 degrees) of…”
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    Spatial organization of subfields in receptive fields of cells in cat striate cortex by Glezer, V D, Gauzelman, V E, Yakovlev, V V

    Published in Vision research (Oxford) (1989)
    “…Spatial organization of receptive fields (RF) of cells in cat striate cortex was investigated with moving and flashing light and dark bars and with…”
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    Relationship between spatial and spatial-frequency characteristics of receptive fields of cat visual cortex by Glezer, V D, Gauzel'man, V E, Shcherbach, T A

    Published in Neuroscience and behavioral physiology (01-11-1985)
    “…The spatial (magnitude and eccentricity) and spatial-frequency (optimum frequency and width of pass band) characteristics of the receptive fields of the cat…”
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    Harmonic basis functions for spatial coding in the cat striate cortex by Glezer, V D, Yakovlev, V V, Gauzelman, V E

    Published in Visual neuroscience (01-10-1989)
    “…The number of subregions in the activity profiles of simple cells varies in different cells from 2-8; that is, the number of cycles in the weighting function…”
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    Separate training of hemispheres to perform visual discrimination in conditions of blocking of interhemisphere transmission by masking by Glezer, V D, Nevskaya, A A, Chernova, N D, Gauzel'man, V E

    Published in Neuroscience and behavioral physiology (01-03-2005)
    “…Subjects were trained to discriminate three figures presented in the left field of vision and three other figures presented in the right field of vision. In…”
    Get full text
    Journal Article
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    Linear and nonlinear properties of simple cells of the striate cortex of the cat: two types of nonlinearity by Glezer, V D, Gauzelman, V E

    Published in Experimental brain research (01-11-1997)
    “…In a proportion of simple cells of the striate cortex, the weighting functions of the receptive fields (RFs) had more periods than could be established by…”
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    Recognition of visual images by separate hemispheres in conditions of masked blocking of interhemispheric transmission by Glezer, V D, Nevskaia, A A, Chernova, N D, Gauzel'man, V E

    “…The subjects learned to recognize three figures presented in the left visual hemifield and three figures presented in the right visual hemifield. During…”
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    Journal Article
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    Principle of uncertainty in vision by Glezer, V D, Gauzel'man, V E, Iakovlev, V V

    “…When investigating the dependence of the bandwidth of the spatial frequency characteristic (delta F) of the receptive fields of the cat striate cortex on the…”
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    Receptive fields of the visual cortex--detectors or filters of spatial frequencies? by Glezer, V D, Shcherbach, T A, Gauzel'man, V E

    “…Spatial frequency characteristics of the complex cortical visual receptive field were studied in curarized cats. It is shown that, besides the main maximum,…”
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