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1: Analyzing Coherent Brain Networks with Granger Causality
2: Nodes Sharing Common Features
3: Undirected Network I
4: Undirected Network II
5: Directed Network II
6: Directed Network I
7: Outline
8: Method
9: Pairwise Granger Causality I
10: Pairwise Granger Causality II
11: Granger Causality Spectrum
12: Statistical Meaning
13: MVAR Spectral Analysis
14: Spectral Measures
15: Conditional Granger Causality
16: Experiment One Neuronal Mechanisms of Alpha Oscillations in Visual Cortex
17: Human Rhythm
18: Neural Generator
19: In Vitro Laminar Analysis
20: Bursting L5 Pyramidal Cells
21: Spike to Wave Transformation
22: Description of Dataset
23: Analysis Methods
24: V4: CSD and CSD-MUA Coherence
25: Laminar Interactions in V4
26: Alpha Oscillations in IT
27: Laminar Interactions in IT
28: Laminar organization of alpha
29: Experiment Two Organization and Function of Beta Oscillatory Network in Sensorimotor Cortex
30: Visuo-Motor Task
31: Electrode Placement
32: Prestimulus Period (-90 to 20 ms)
33: Cortical Sites of Beta Oscillations
34: Coherence Graph (Undirected)
35: Granger Causality Graph (Directed)
36: Neural Substrate of Motor Control
37: Hypothesis
38: Hypothesis Testing
39: Time-Frequency Power Plot
40: Experiment Three Theta Oscillations Mediate PFCMTL Interaction in Human Memory
41: Paradigm
42: ECOG Recordings
43: PFC-MTL Coherence
44: PFC-MTL Granger Causality
45: Schematic GC Graph
46: Collaborators