Faculty Initiatives > Neurobiology & Biomechanics of Locomotion

Neurobiology & Biomechanics of Locomotion

"My research focuses on the neuroethology of motor systems in invertebrates and lower vertebrates. A developmental approach is directed toward establishing the adaptive mechanisms of simple action patterns and goal oriented behavior. In particular we  are investigating the detailed kinematics of walking, navigation and investigation and the adaptation of lobsters to current and surge as well as the neuroethology of lamprey swimming.  The overall goal of these projects is to develop biologically-based controllers for ambulatory lobster-based and undulatory lamprey-based robots. "

Prof. Joe Ayers

 
Faculty Research in the News Professor Joeseph Ayers

robotic lobster: Professor Joseph Ayers and his robotic lobster were prominent features of a September 16th, 2004, New York Times article, which discussed the field of biomimetics, and its focus on building machines inspired by biology, that will be able to operate in places where typical robots can't go. .
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Read the Article
 
book published:
Professor Joseph Ayers co-authored a book entitled "Bio-mechanisms of Swimming and Flying" (Kato, Naomi; Ayers, Joseph; Morikawa, Hirohisa (Eds.), which was published in August. (Springer, 2004). --> Learn More
 
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Neurobiology and Biomechanics of Locomotion Faculty & Labs

Joseph Ayers
Fred Davis

Richard Marsh
Donald O'Malley

Dagmar Sternad
Günther Zupanc

 

 

 

 

Learn About Other Faculty Initiatives

Bioinformatics
Development Initiators &      Regulators
Drug Discovery

• Evolutionary & Community Ecology
Imaging
• Neurobiology & Biomechanics of      Locomotion

     
     
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