Difference between revisions of "Pathways to the 2023 IHP thematic program Random Processes in the Brain/Materials"
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| style="width:65%; padding:-10px" |{{Pathways to the 2023 IHP thematic program Random Processes in the Brain/Section|Videos|2}} | | style="width:65%; padding:-10px" |{{Pathways to the 2023 IHP thematic program Random Processes in the Brain/Section|Videos|2}} | ||
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+ | <big>'''Approximate Bayesian Computation'''</big> | ||
+ | [[File:Ontology Droplet - Approximate Bayesian Computation (ABC).webm|250px]] | ||
+ | Massimiliano Tamborrino, from the University of Warwick, briefly presents the Approximate Bayesian Computation method. | ||
+ | </center> | ||
+ | <br> | ||
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<center> | <center> | ||
<big>'''Spike sorting'''</big> | <big>'''Spike sorting'''</big> |
Revision as of 08:51, 25 August 2022
HOME | PARTICIPANTS | WEBINARS | DISCUSSION | FURTHER CONTENT |
Approximate Bayesian Computation Massimiliano Tamborrino, from the University of Warwick, briefly presents the Approximate Bayesian Computation method.
Spike sorting NeuroMat investigator Christophe Pouzat presents on a strategy to monitor neural activity.
Structural learning by the brain A video on the statistician-brain conjecture, a central line of research at the RIDC NeuroMat.
An interview with Markus Diesmann NeuroMat PI Antonio Carlos Roque da Silva Filha interviews Markus Diesmann.
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