Jean-Michel Mongeau

The paper develops a neuromechanical framework inspired by cockroach antennae to model tactile perception, showing how sparse, event-based spike codes enable efficient tactile feature classification.

This study develops insect-inspired antenna sensors that improve tactile feature perception through mechanical design and active touch strategies, reducing computational costs.

The paper investigates the mechanical and morphological features of the American cockroach antenna to understand how they enable flexibility and proprioception through a kinematic chain system.

This study shows hummingbirds control rapid flight maneuvers using rate-commanded movements and respond to vision loss after a critical time during escape sequences.

This study investigates how Drosophila flies reset eye position during flight using head saccades, revealing mechanical and neural mechanisms for gaze stabilization.