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Searching Results for ND6.16-27.08:
Welcome and introduction, Douglas N. Arnold  (IMA)
Cables and dendrites, G. Bard Ermentrout  (University of Pittsburgh)
Introduction to the nervous system, Jonathan E. Rubin  (University of Pittsburgh)
Self-introductions by the participants
Firing rates, filters, and introduction to the visual system, G. Bard Ermentrout  (University of Pittsburgh)
Simple models and networks, Jonathan E. Rubin  (University of Pittsburgh)
Pattern formation in the visual system, Ken Miller  (Columbia University)
Pattern formation in the visual system (continued), Ken Miller  (Columbia University)
Experimentalists' perspective–what can we measure?, Theoden Netoff  (University of Minnesota)
Hodgkin-Huxley theory, Jonathan E. Rubin  (University of Pittsburgh)
Channels, G. Bard Ermentrout  (University of Pittsburgh)
Membrane dynamics, singular perturbation, bursting, synapses (part I), G. Bard Ermentrout  (University of Pittsburgh)
Membrane dynamics, singular perturbation, bursting, synapses (part II), G. Bard Ermentrout  (University of Pittsburgh)
Membrane dynamics, singular perturbation, bursting, synapses (part I), Jonathan E. Rubin  (University of Pittsburgh)
Membrane dynamics, singular perturbation, bursting, synapses (part II), Jonathan E. Rubin  (University of Pittsburgh)
Small networks and synchrony, Jonathan E. Rubin  (University of Pittsburgh)
Attractor networks and bumps, G. Bard Ermentrout  (University of Pittsburgh)
Cortical rhythms, Christoph Börgers  (Tufts University)
Phase resetting, weak coupling (part I), G. Bard Ermentrout  (University of Pittsburgh)
Phase resetting, weak coupling (part II), G. Bard Ermentrout  (University of Pittsburgh)
Cortical Rhythms, Christoph Börgers  (Tufts University)
Noise correlations (part I), Brent Doiron  (University of Pittsburgh)
Noise correlations (part II), Brent Doiron  (University of Pittsburgh)
Information theory/population coding (part I), Duane Nykamp  (University of Minnesota)
Information theory/population coding (part II), Duane Q. Nykamp  (University of Minnesota)
Synapses and plasticity (part I), Jonathan E. Rubin  (University of Pittsburgh)
Synapses and plasticity (part II), Jonathan E. Rubin  (University of Pittsburgh)
Inverse problems, Steven J. Cox  (Rice University)
Inverse problems (part II), Steven J. Cox  (Rice University)
Waves, Evans functions, spatial models, G. Bard Ermentrout  (University of Pittsburgh)
Waves, Evans functions, spatial models (part I), Jonathan E. Rubin  (University of Pittsburgh)
Waves, Evans functions, spatial models (part II), Jonathan E. Rubin  (University of Pittsburgh)
Waves, Evans functions, spatial models (part II), G. Bard Ermentrout  (University of Pittsburgh)
Development, pattern formation, G. Bard Ermentrout  (University of Pittsburgh)
Development, pattern formation, Jonathan E. Rubin  (University of Pittsburgh)
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