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🐬
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Dynamic reconfiguration of human brain networks during learning
D. Bassett,
N. Wymbs,
M. Porter,
P. Mucha,
J. Carlson,
Scott T. Grafton
|
10 |
2010 |
10
🐬
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🐬
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Learning-induced autonomy of sensorimotor systems
D. Bassett,
Muzhi Yang,
N. Wymbs,
Scott T. Grafton
|
8 |
2014 |
8
🐬
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🐬
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Robust Detection of Dynamic Community Structure in Networks
D. Bassett,
M. Porter,
N. Wymbs,
Scott T. Grafton,
J. Carlson,
P. Mucha
|
8 |
2012 |
8
🐬
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🐬
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Task-Based Core-Periphery Organization of Human Brain Dynamics
D. Bassett,
N. Wymbs,
M. P. Rombach,
M. Porter,
P. Mucha,
Scott T. Grafton
|
8 |
2012 |
8
🐬
|
|
🦁
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Differential Recruitment of the Sensorimotor Putamen and Frontoparietal Cortex during Motor Chunking in Humans
N. Wymbs,
D. Bassett,
P. Mucha,
M. Porter,
Scott T. Grafton
|
7 |
2012 |
7
🦁
|
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🐬
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Neural correlates of conflict processing
R. West,
Kristin Jakubek,
N. Wymbs,
M. Perry,
K. Moore
|
7 |
2005 |
7
🐬
|
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🐬
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Graph Frequency Analysis of Brain Signals
Weiyu Huang,
Leah Goldsberry,
N. Wymbs,
Scott T. Grafton,
D. Bassett,
Alejandro Ribeiro
|
7 |
2015 |
7
🐬
|
|
🐜
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Dynamic network centrality summarizes learning in the human brain
8 auth.
A. Mantzaris,
D. Bassett,
N. Wymbs,
Ernesto Estrada,
M. Porter,
P. Mucha,
...
Scott T. Grafton,
D. Higham
|
6 |
2012 |
6
🐜
|
|
🐬
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Cross-linked structure of network evolution.
D. Bassett,
N. Wymbs,
M. Porter,
P. Mucha,
Scott T. Grafton
|
6 |
2013 |
6
🐬
|
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🦁
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The Human Motor System Supports Sequence-Specific Representations over Multiple Training-Dependent Timescales.
N. Wymbs,
Scott T. Grafton
|
6 |
2015 |
6
🦁
|
|
🦁
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Motor Skills Are Strengthened through Reconsolidation
N. Wymbs,
A. Bastian,
P. Celnik
|
5 |
2016 |
5
🦁
|
