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The goal of this project is to opensource ongoing efforts to estimate and characterize various aspects of dynamic brain connectivity analysis. As a starting point, we will provide (1a) a set of functions that use scikit-learn, nilearn, bct (+numpy, scipy, nistats,...) that can be used to estimate dynamic connectivity states with a set of connectivity metrics, sliding windows and clustering algorithms, (1b) as well as decomposition methods (e.g. ICA, dictionary learning) , (2) simple methods to calculate null statistical models using bootstrapping procedures, (3) dynamic graph theory metrics, and (4) basic visualizations. We encourage interested researchers to join us in order to either help building the examples, or contribute with new methods, or test our methods on their own data. www.github.com/nicofarr/dynamicnetworks
The text was updated successfully, but these errors were encountered:
Submitted by Nicolas Farrugia
The goal of this project is to opensource ongoing efforts to estimate and characterize various aspects of dynamic brain connectivity analysis. As a starting point, we will provide (1a) a set of functions that use scikit-learn, nilearn, bct (+numpy, scipy, nistats,...) that can be used to estimate dynamic connectivity states with a set of connectivity metrics, sliding windows and clustering algorithms, (1b) as well as decomposition methods (e.g. ICA, dictionary learning) , (2) simple methods to calculate null statistical models using bootstrapping procedures, (3) dynamic graph theory metrics, and (4) basic visualizations. We encourage interested researchers to join us in order to either help building the examples, or contribute with new methods, or test our methods on their own data.
www.github.com/nicofarr/dynamicnetworks
The text was updated successfully, but these errors were encountered: