Biological inspired control in robotics

I am working in the Rambo  team of the Interaction  group at the Lab-STICC 

I continue to collaborate with  the Neurorhythms team at Loria

My research interest concerns the biologically inspired control, particularly the neural network biological models involved in sensori-motor loops (central pattern generators -i.e. CPG-, plasticity mechanisms) and dedicated to the genesis of adaptive rhythmic activities. I study several main problems in humanoid robotics: genesis and learning of adaptive rhythmic movements (like walking), physical rhythmic interaction between humans and humanoid robots and compensation for certain mechanical deficiencies of legged robots and humanoid robots.


Current PhD Students :


Former PhD Students:


Main International Collaborations (in alphabetic order)

Main National Collaborations (in alphabetic order)