Education Courses

Part 1 Brain parcellations and functional territories

Presentation: Sarah Genon, Michel Thiebaut de Schotten, Stephanie Forkel, Danilo Bzdock, Ruby Kong, Matt Glasser, 58 min 39 sec

Part 2 Brain parcellations and functional territories

Presentation: Sarah Genon, Michel Thiebaut de Schotten, Stephanie Forkel, Danilo Bzdock, Ruby Kong, Matt Glasser, 100 min 12 sec

EEG data acquisition and appropriate data pre-processing: not so basic after all.

Presentation: Cyril Pernet, Aina Puce, Dezhong Yao, Scott Makeig, Nicholas Langer, Alexandre Gramfort, 179 min 35 sec

Part 1 Population neuroimaging: How to responsibly handle big data in the age of biobanks

Presentation: Henning Tiemeier, Christian Beckmann, Anqi Qiu, Xi-Nian Zuo, Tonya White, Ryan Muetzel, 94 min 51 sec

Part 2 Population neuroimaging: How to responsibly handle big data in the age of biobanks

Presentation: Henning Tiemeier, Christian Beckmann, Anqi Qiu, Xi-Nian Zuo, Tonya White, Ryan Muetzel, 89 min 53 sec

Part 1 Time-varying connectivity in resting-state fMRI: Methods, interpretations and clinical use.

Presentation: Maria Giulia Preti, Raphael Liegeois, Vince Calhoun, Michael Breakspear, Joana Cabral, Caterina Gratton, 93 min 13 sec

Part 2 Time-varying connectivity in resting-state fMRI: Methods, interpretations and clinical use.

Presentation: Maria Giulia Preti, Raphael Liegeois, Vince Calhoun, Michael Breakspear, Joana Cabral, Caterina Gratton, 80 min 21 sec

Part 1 Advanced techniques for functional and structural neuroimaging of the cerebellum

Presentation: Wietske van der Zwaag, Christopher Steele, Henrik Lundell, Joern Diedrichsen, Pierre Louis Bazin, Anila DeMello, 93 min 11 sec

Part 2 Advanced techniques for functional and structural neuroimaging of the cerebellum

Presentation: Wietske van der Zwaag, Christopher Steele, Henrik Lundell, Joern Diedrichsen, Pierre Louis Bazin, Anila DeMello, 85 min 43 sec

Part 1 Bridging electrophysiology and neuroimaging to understand brain dynamics

Presentation: Dora Hermes, Catie Chang, Laura Lewis, Giorgio Bonmassar, Sepideh Sadaghiani, Santani Teng, 84 min 1 sec

Part 2 Bridging electrophysiology and neuroimaging to understand brain dynamics

Presentation: Dora Hermes, Catie Chang, Laura Lewis, Giorgio Bonmassar, Sepideh Sadaghiani, Santani Teng, 75 min 20 sec

Part 1 Researcher's Guide to the Adolescent Brain Cognitive Development (ABCD) Study: Release 3.0

Presentation: Terry Jernigan, Susan Tapert, Deanna Barch, Donald Hagler, Wes Thompson, Fiona Baker, 93 min 20 sec

Part 2 Researcher's Guide to the Adolescent Brain Cognitive Development (ABCD) Study: Release 3.0

Presentation: Terry Jernigan, Susan Tapert, Deanna Barch, Donald Hagler, Wes Thompson, Fiona Baker, 62 min 44 sec

Part 1 - Deep Learning for Human Brain Mapping: Hands-On Introduction to Deep Learning

Presentation: Ariel Rokem, 63 min 48 sec

Part 2 - Deep Learning for Human Brain Mapping: Introduction to Bayesian Neural Networks

Presentation: Patrick McClure, 33 min 32 sec

Part 3 - Deep Learning for Human Brain Mapping: Weakly supervised learning for quantitative analysis of biomedical images

Presentation: Anthony Bilodeau, 43 min 17 sec

Part 4 - Deep Learning for Human Brain Mapping: Making more data out of little data: Data augmentation for medical image segmentation

Presentation: Amy Zhao, 30 min 45 sec

Part 5 - Deep Learning for Human Brain Mapping: Invertible Networks for EEG Decoding

Presentation: Robin Tibor Schirrmeister, 28 min 46 sec

Part 6 - Deep Learning for Human Brain Mapping: Graph Laplacian and Graph Neural Networks: A unified framework to analyze brain activity

Presentation: Yu Zhang, 44 min 16 sec

Part 7 - Deep Learning for Human Brain Mapping: Attention mechanisms and their potential applications

Presentation: Adriana Romero, 34 min 19 sec

Part 1 Brain parcellations and functional territories

Part 2 Brain parcellations and functional territories

EEG data acquisition and appropriate data pre-processing: not so basic after all.

Part 1 Fundamental Concepts and Methods in Network Neuroscience

Part 2 Fundamental Concepts and Methods in Network Neuroscience

Part 3 Fundamental Concepts and Methods in Network Neuroscience

Part 4 Fundamental Concepts and Methods in Network Neuroscience

Part 1 Machine Learning for NeuroImaging, learn the basics before going deeper.

Part 2 Machine Learning for NeuroImaging, learn the basics before going deeper.

Part 3 Machine Learning for NeuroImaging, learn the basics before going deeper.

Part 1 Population neuroimaging: How to responsibly handle big data in the age of biobanks

Part 2 Population neuroimaging: How to responsibly handle big data in the age of biobanks

Part 1 Time-varying connectivity in resting-state fMRI: Methods, interpretations and clinical use.

Part 2 Time-varying connectivity in resting-state fMRI: Methods, interpretations and clinical use.

Part 1 Advanced techniques for functional and structural neuroimaging of the cerebellum

Part 2 Advanced techniques for functional and structural neuroimaging of the cerebellum

Part 1 Bridging electrophysiology and neuroimaging to understand brain dynamics

Part 2 Bridging electrophysiology and neuroimaging to understand brain dynamics

Part 1 Researcher's Guide to the Adolescent Brain Cognitive Development (ABCD) Study: Release 3.0

Part 2 Researcher's Guide to the Adolescent Brain Cognitive Development (ABCD) Study: Release 3.0

Part 1 - Deep Learning for Human Brain Mapping: Hands-On Introduction to Deep Learning

Part 2 - Deep Learning for Human Brain Mapping: Introduction to Bayesian Neural Networks

Part 3 - Deep Learning for Human Brain Mapping: Weakly supervised learning for quantitative analysis of biomedical images

Part 4 - Deep Learning for Human Brain Mapping: Making more data out of little data: Data augmentation for medical image segmentation

Part 5 - Deep Learning for Human Brain Mapping: Invertible Networks for EEG Decoding

Part 6 - Deep Learning for Human Brain Mapping: Graph Laplacian and Graph Neural Networks: A unified framework to analyze brain activity

Part 7 - Deep Learning for Human Brain Mapping: Attention mechanisms and their potential applications