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Bio
Keywords: sensory coding, visual system, neuroinformatics
We are interested in how the brain efficiently processes sensory signals and achieves consistent representations under natural sensory stimulation. We use methods from neurophysiology, psychophysics, and computational modeling to study the neural principles of processing and coding in the visual system and how they relate to the properties of the sensory environment and to perception. At the German Neuroinformatics Node we are developing a hardware and software infrastructure to support efficient organization, storage, analysis, and sharing of neurophysiology data.
We are interested in how the brain efficiently processes sensory signals and achieves consistent representations under natural sensory stimulation. We use methods from neurophysiology, psychophysics, and computational modeling to study the neural principles of processing and coding in the visual system and how they relate to the properties of the sensory environment and to perception. At the German Neuroinformatics Node we are developing a hardware and software infrastructure to support efficient organization, storage, analysis, and sharing of neurophysiology data.
Research Interests
Papers共 156 篇Author StatisticsCo-AuthorSimilar Experts
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Aref Kalantari,Michał Szczepanik,Stephan Heunis, Christian Mönch,Michael Hanke,Thomas Wachtler,Markus Aswendt
PERCEPTION (2022): 107-107
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biorxiv(2022)
PERCEPTION (2022): 109-110
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Neuroinformatics (2021)
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