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Comparing biological and artificial systems of vision - UniTartuCS blog

Write-up by Ilya Kuzovkin of our publication in Nature Communications Biology that is a result of a long research carried out by myself, Jaan Aru and Raul Vicente from Computational Neuroscience Lab and our collaborators from Neuroscience Research Center in Lyon, France. Human visual cortex, the system we use to perceive the world around us, consists



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Comparing biological and artificial systems of vision - UniTartuCS blog

https://blog.cs.ut.ee/2018/08/13/comparing-biological-and-artificial-systems-of-vision

Write-up by Ilya Kuzovkin of our publication in Nature Communications Biology that is a result of a long research carried out by myself, Jaan Aru and Raul Vicente from Computational Neuroscience Lab and our collaborators from Neuroscience Research Center in Lyon, France. Human visual cortex, the system we use to perceive the world around us, consists



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https://blog.cs.ut.ee/2018/08/13/comparing-biological-and-artificial-systems-of-vision

Comparing biological and artificial systems of vision - UniTartuCS blog

Write-up by Ilya Kuzovkin of our publication in Nature Communications Biology that is a result of a long research carried out by myself, Jaan Aru and Raul Vicente from Computational Neuroscience Lab and our collaborators from Neuroscience Research Center in Lyon, France. Human visual cortex, the system we use to perceive the world around us, consists

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      Write-up by Ilya Kuzovkin of our publication in Nature Communications Biology that is a result of a long research carried out by myself, Jaan Aru and Raul Vicente from Computational Neuroscience Lab and our collaborators from Neuroscience Research Center in Lyon, France. Human visual cortex, the system we use to perceive the world around us, consists

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