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Describe the issue
This project analyses MEG (MOUS, auditory data) data using TRFs and encoding model comparison schemes.
Project administration details
Sophie Slaats
PhD student
Language and computation in neural systems
Audience
Other (MEG/EEG) PI groups will benefit from the development of pipelines for efficient parcellated virtual channel creation, and TRF analysis (+interpretation). Currently, most analysis are done in Python. It might prove useful to investigate the interface between Matlab and Python (and vice versa).
The text was updated successfully, but these errors were encountered:
Describe the issue
This project analyses MEG (MOUS, auditory data) data using TRFs and encoding model comparison schemes.
Project administration details
Audience
Other (MEG/EEG) PI groups will benefit from the development of pipelines for efficient parcellated virtual channel creation, and TRF analysis (+interpretation). Currently, most analysis are done in Python. It might prove useful to investigate the interface between Matlab and Python (and vice versa).
The text was updated successfully, but these errors were encountered: