Neurodynamics
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This session will cover neurorobotic models that focus on incorporating dynamic aspects of neurophysiology such as spiking neurons and spike-time dependent plasticity. We will also explore how these processes give rise to stable adaptive behavior patterns as a result of interactions with a phenotype and a surrounding environment. |
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Steve Potter (Georgia Tech., USA) Hybrots: Hybrids of living neurons and robots, for studying distributed neural dynamics. [http://www.neuro.gatech.edu/groups/potter/potter.html] Olaf Sporns and Max Lungarella (Indiana
University, USA, Measuring the structure of sensory and motor data in neurorobotic systems. |
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