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Neurohack 2023: develop a feature extraction package and visual feature analyses for visual stimuli data

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visual-feature-decoding

Neurohack 2023: develop a feature extraction package and visual feature analyses for visual stimuli data

  • The first goal is to begin by making a classifier script. We will use 7T NSD fMRI data collected whilst people viewed scene images and use documented stimulus labels and pre-computed models to decode visual representations of seen images across the brain.
  • The second, parallel goal is to create a package that extracts visual features from visual stimuli. We will work with the HCP 7T movies and data to do this. A nice description of the movies can be found in Finn and Bandettini, 2021. Visual features Semantic labels (CNNs) Low-level, motion energy pyramid (Could use pymoten) Texture features (Henderson 2023, also has extraction for semantics & gabors) After extracting features from neural data: Train encoding models Train decoding classifiers
  • (if time permits) The final goal is to compare the outcomes of the models in steps 1 and 2 to the neural data to see whether there are comparable neural responses across datasets when using similar features/labels

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  • Jupyter Notebook 90.7%
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