
Developed and integrated a Predictive Coding Visual Hierarchy Model for fMRI data within the brain-score/vision repository, enabling hierarchical analysis of visual processing in neuroimaging research. This work involved creating a new Python module that extends Brain-Score with hierarchical representational similarity analysis (RSA) capabilities, specifically tailored for the THINGS-fMRI dataset. Leveraging skills in data analysis, deep learning, and neural networks, the developer updated the core API to expose the new model and established a foundation for more accurate and scalable neuroimaging workflows. The integration supports researchers seeking deeper insights into visual hierarchies using machine learning approaches in neuroscience.
Month: 2026-04. Delivered a new Predictive Coding Visual Hierarchy Model (fMRI) integrated into Brain-Score, enabling hierarchical predictive coding analysis of visual processing in neuroimaging data. This integration extends Brain-Score with hierarchical RSA capabilities for fMRI and sets the stage for more accurate insights into visual hierarchies.
Month: 2026-04. Delivered a new Predictive Coding Visual Hierarchy Model (fMRI) integrated into Brain-Score, enabling hierarchical predictive coding analysis of visual processing in neuroimaging data. This integration extends Brain-Score with hierarchical RSA capabilities for fMRI and sets the stage for more accurate insights into visual hierarchies.

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