Search results for "Neural Analyzers"

showing 2 items of 2 documents

The emergence of a shared action ontology: building blocks for a theory.

2003

To have an ontology is to interpret a world. In this paper we argue that the brain, viewed as a representational system aimed at interpreting our world, possesses an ontology too. It creates primitives and makes existence assumptions. It decomposes target space in a way that exhibits a certain invariance, which in turn is functionally significant. We will investigate which are the functional regularities guiding this decomposition process, by answering to the following questions: What are the explicit and implicit assumptions about the structure of reality, which at the same time shape the causal profile of the brain's motor output and its representational deep structure, in particular of t…

Consciousnessmedia_common.quotation_subjectExperimental and Cognitive PsychologyIntentionArts and Humanities (miscellaneous)Species SpecificitySocial cognitionDevelopmental and Educational PsychologyAnimalsHumansInterpersonal RelationsFunction (engineering)Self PsychologyInternal-External ControlProblem Solvingmedia_commonStructure (mathematical logic)Cognitive scienceEgoNeuronsBrain MappingPerspective (graphical)Neural AnalyzersRepresentation (systemics)BrainHaplorhiniAwarenessAction (philosophy)OntologyAuditory PerceptionVisual PerceptionConsciousnessPsychologyPsychomotor PerformanceCognitive psychologyConsciousness and cognition
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Are simple striate cells analysers of visual signals both in spatial position as well as in spatial frequency?

1984

According to a modern view, simple cells of the cat striate cortex are considered to operate as apart of Fourier analysis system thus leading to the idea that the operational mechanism of the visual cortex is concerned with the analysis of spatial frequencies. Nevertheless if simple cells are really concerned only with the analysis of spatial frequencies there should exist a strict relationship between their spatial frequency selectivity and the spatial organization of their receptive fields. This is because it is the spatial organization of the spatial frequency detector i.e. the cell's receptive field that determines the cell's spatial frequency selectivity. Since the quantitative analysi…

Computer scienceMotion PerceptionDermatologySimple cellsymbols.namesakePsychophysicsmedicineAnimalsBinocular neuronsSpatial organizationVisual CortexFourier AnalysisGeneral NeuroscienceNeural AnalyzersDetectorGeneral MedicinePsychiatry and Mental healthVisual cortexmedicine.anatomical_structureFourier analysisReceptive fieldSpace PerceptionCatssymbolsNeurology (clinical)Spatial frequencyVisual FieldsBiological systemNeuroscienceThe Italian Journal of Neurological Sciences
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