Tuesday, April 6, 2010
101 Stanley Thomas Hall
Tulane University (Uptown)
Refreshments will be served
Avis Cohen, Department of Biology, Program in Neuroscience and Cognitive Science, University of Maryland
An Integrated Study of a Neuromechanical System: Going from Neurons to Vortices
Locomotion is the product of neural output acting on muscles driving a mechanically complex body in an unpredictable environment. Interactions within and among these elements permit adaptive movement. The lamprey is a simple, well-studied and relatively tractable vertebrate model with which to probe this neuromechanical system. Our group has been engaged in an integrated study of lamprey swimming through exploitation of neural and mechanical studies employing a set of models, both computational and mechanical that encapsulate our knowledge of the neuromechanical system. We are now producing an integrated computational fluid dynamics model that ultimately will accurately simulate the interactions among the central pattern generator (CPG), muscle, body, environment, and relevant feedback paths – going from the neurons to the vortices.
Center for Computational Science, Stanley Thomas Hall 402, New Orleans, LA 70118 email@example.com