Digital Image Processing of Functional Magnetic Resonance Images to Identify Stereo-Sensitive Cortical Regions Using Dynamic Global Stimuli. Conference paper.
PDF | Functional magnetic resonance images (fMRI) were analyzed to investigate the cortical regions involved in stereoscopic vision using red/green.
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Abstract. Functional magnetic resonance images (fMRI) were analyzed to in- vestigate the cortical regions involved in stereoscopic vision using red/green.
May 21, 2017 · Bibliographic details on Digital Image Processing of Functional Magnetic Resonance Images to Identify Stereo-Sensitive Cortical Regions ...
Digital Image Processing of Functional Magnetic Resonance Images to Identify Stereo-Sensitive Cortical Regions Using Dynamic Global Stimuli. Conference Paper.
Digital image processing of functional magnetic resonance images to identify stereo-sensitive cortical regions using dynamic global stimuli. In Advances in ...
Apr 25, 2024 · Digital Image Processing of Functional Magnetic Resonance Images to Identify Stereo-Sensitive Cortical Regions Using Dynamic Global Stimuli.
Digital image processing of functional magnetic resonance images to identify stereo-sensitive cortical regions using dynamic global stimuli Lecture Notes in ...
Digital Image Processing of Functional Magnetic Resonance Images to Identify Stereo-Sensitive Cortical Regions Using Dynamic Global Stimuli · H. Acosta-MesaN ...
