Michael Hanke

The paper introduces BABS, a Python package for reproducible and scalable neuroimaging data processing using BIDS Apps and HPC systems.

A survey of the German neuroscience community identifies key barriers to reproducible research and outlines strategies for improving research data management.

The paper introduces a framework for reproducible processing of large-scale data that complies with FAIR principles, demonstrating its performance on brain imaging and data sharing datasets.

This paper introduces an eye-movement classification algorithm that performs well on both static and dynamic stimuli, including challenging conditions like MRI environments.

This study evaluates how auxiliary parameters affect voxel-wise encoding model validation in 3T and 7T BOLD fMRI data using two open datasets.

The paper uses fMRI and multivariate pattern analysis to show that taste maps in human gustatory cortex change with stimulus concentration, revealing distinct spatial layouts for different taste categories at varying concentrations.

This study compares decoding performance of visual orientation from 3T and 7T fMRI data, finding that 3T decoding is impaired but can be improved with additional voxel selection at 3mm resolution.

The paper discusses the importance of sharing computational code in neuroscience and highlights challenges in current practices.

This paper outlines best practices for open and reproducible neuroimaging research using MRI, providing guidelines for data analysis, sharing, and reporting.

This study investigates how different acquisition resolutions affect orientation decoding from V1 BOLD fMRI data and finds that higher resolution does not improve decoding accuracy.

The paper introduces BIDS, a standard for organizing MRI datasets to improve data sharing and processing.

The paper updates the studyforrest dataset with extended fMRI and eye gaze data from 15 participants, enabling analysis of natural stimulus processing and attentional mechanisms.

The paper extends the studyforrest dataset to include vision and multi-sensory research with additional studies on visual function and brain mapping.