Difference between revisions of "Brain Network Dynamics 2007"

From RedwoodCenter
Jump to navigationJump to search
(Created page with "# [https://archive.org/details/Brain_Network_Dynamics_2007-01_Welcome '''Vinod Menon: Welcoming Remarks'''] # [https://archive.org/details/Neurocognitive_Networks_2010_02_Marc...")
 
 
(One intermediate revision by the same user not shown)
Line 1: Line 1:
 +
Click on the link to see an abstract.
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-01_Welcome '''Vinod Menon: Welcoming Remarks''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-01_Welcome '''Vinod Menon: Welcoming Remarks''']
 
# [https://archive.org/details/Neurocognitive_Networks_2010_02_Marcus_Raichle '''Marcus Raichle: Two Views of Brain Function''']
 
# [https://archive.org/details/Neurocognitive_Networks_2010_02_Marcus_Raichle '''Marcus Raichle: Two Views of Brain Function''']
Line 17: Line 18:
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-17-Banquet '''Banquet comments (Walter Freeman)''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-17-Banquet '''Banquet comments (Walter Freeman)''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-18-Olaf_Sporns '''Olaf Sporns: Connectivity, Dynamics, and Embodiment''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-18-Olaf_Sporns '''Olaf Sporns: Connectivity, Dynamics, and Embodiment''']
# [https://archive.org/details/Brain_Network_Dynamics_2007-19-Friedrich-Sommer '''Spike Timings Relative to Retinal Oscillations Carry Visual Information to Cortex''']
+
# [https://archive.org/details/Brain_Network_Dynamics_2007-19-Friedrich-Sommer '''Friedrich Sommer: Spike Timings Relative to Retinal Oscillations Carry Visual Information to Cortex''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-20-Anil_Seth '''Anil Seth: Causal Networks in Neural Systems: Lessons from Brain-Based Devices''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-20-Anil_Seth '''Anil Seth: Causal Networks in Neural Systems: Lessons from Brain-Based Devices''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-21-Eugene_Izhikevich '''Eugene Izhikevich: Simulating 10<sup>11</sup>''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-21-Eugene_Izhikevich '''Eugene Izhikevich: Simulating 10<sup>11</sup>''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-22-Barry_Horwitz '''Barry Horwitz: Combined Use of Brain Network Modeling and Functional Brain Imaging''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-22-Barry_Horwitz '''Barry Horwitz: Combined Use of Brain Network Modeling and Functional Brain Imaging''']
# [https://archive.org/details/Brain_Network_Dynamics_2007-23-Robert_Kozma '''Modeling Cortical Phase Transitions''']
+
# [https://archive.org/details/Brain_Network_Dynamics_2007-23-Robert_Kozma '''Robert_Kozma: Modeling Cortical Phase Transitions''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-24-Jay_McClelland '''James L. (Jay) McClelland: Dynamics of Cognitive Processing and Learning''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-24-Jay_McClelland '''James L. (Jay) McClelland: Dynamics of Cognitive Processing and Learning''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-25-Alan_Yuille '''Alan Yuille: Vision as Bayesian Inference: Analysis by Synthesis''']
 
# [https://archive.org/details/Brain_Network_Dynamics_2007-25-Alan_Yuille '''Alan Yuille: Vision as Bayesian Inference: Analysis by Synthesis''']

Latest revision as of 23:56, 8 August 2014

Click on the link to see an abstract.

  1. Vinod Menon: Welcoming Remarks
  2. Marcus Raichle: Two Views of Brain Function
  3. Walter Freeman: My Legacy: A Launch Pad for Exploring Neocortex
  4. Leslie Kay: Manipulating Fast and Slow Neural Synchrony in Olfactory Processing
  5. György Buzsáki: Oscillations Organize Hippocampal Cell Ensembles
  6. Robert Knight: High Gamma and Human Behavior
  7. Missing
  8. Steven Bressler: The Dynamic Formation of Large-Scale Cortical Networks by Coordination of Oscillatory Assemblies
  9. Marsel Mesulam: Imaging Distributed Networks
  10. David Leopold: The Role of the Primary Visual Cortex in Multistable Perception
  11. Marcus Raichle: Spontaneous Intrinsic Network Dynamics - an fMRI Perspective
  12. Mark D'Esposito: Neural Mechanisms of Working Memory
  13. Joaquin Fuster: Distributed Memory and the Perception-Action Cycle
  14. Vinod Menon: Dynamic Brain Networks - Relation to Behavior and Cognition
  15. Hubert Dreyfus: Freeman’s Merleau-Pontian Neurodynamics - Similarities and Differences
  16. Michael Merzenich: Brain plasticity for cochlear implants
  17. Banquet comments (Walter Freeman)
  18. Olaf Sporns: Connectivity, Dynamics, and Embodiment
  19. Friedrich Sommer: Spike Timings Relative to Retinal Oscillations Carry Visual Information to Cortex
  20. Anil Seth: Causal Networks in Neural Systems: Lessons from Brain-Based Devices
  21. Eugene Izhikevich: Simulating 1011
  22. Barry Horwitz: Combined Use of Brain Network Modeling and Functional Brain Imaging
  23. Robert_Kozma: Modeling Cortical Phase Transitions
  24. James L. (Jay) McClelland: Dynamics of Cognitive Processing and Learning
  25. Alan Yuille: Vision as Bayesian Inference: Analysis by Synthesis
  26. Gregory Ashby: A Neurobiological Theory of Automaticity in Perceptual Categorization
  27. Patricia Carpenter: A Catalytic Theory of Perception and Action
  28. Michael Spivey: Continuous Temporal Dynamics in Perception and Cognition
  29. Guy Van Orden: Prospects at Hand for Cognitive Dynamics
  30. Stan Leung: Electrophysiology of Mass Action
  31. Giuseppe Vitiello: Relations Between Many-Body Physics and Nonlinear Brain Dynamics