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Very light read and I'm reading through it myself, but we're particularly interested in the analysis of high and low activity EEG electrodes using networkx.
As a crude, zero order implementation, the network to analyze can be produced by printing out the 'he_alpha_edges' and 'le_alpha_edges' from dashboard_f22.py, which would provide the 'source', and 'target' electrode and 'weight' between each connection, which is simply a count of how many times those electrodes featured in the three highest or lowest activity for each epoch.
"Explore the network" section under 1. (The art of seeing networks) -> Part 1 (Elementary networks and tools) -> 4. Intrdoucing Gephi has a table of metrics that may be useful to us.
The text was updated successfully, but these errors were encountered:
Hey guys,
The book I've been going over is titled in 'Complex Networks Analysis in Python' in O'Reilly
https://learning.oreilly.com/library/view/complex-network-analysis/9781680505399/
Very light read and I'm reading through it myself, but we're particularly interested in the analysis of high and low activity EEG electrodes using networkx.
As a crude, zero order implementation, the network to analyze can be produced by printing out the 'he_alpha_edges' and 'le_alpha_edges' from dashboard_f22.py, which would provide the 'source', and 'target' electrode and 'weight' between each connection, which is simply a count of how many times those electrodes featured in the three highest or lowest activity for each epoch.
"Explore the network" section under 1. (The art of seeing networks) -> Part 1 (Elementary networks and tools) -> 4. Intrdoucing Gephi has a table of metrics that may be useful to us.
The text was updated successfully, but these errors were encountered: