Rachid Ramadan

The paper presents a neuromechanical model that demonstrates flexible walking at different gait patterns by using high-level motor planning and fixed low-level reflex loops.

The paper estimates descending activation patterns that generate human movements at different speeds, finding their temporal structure varies with movement speed and reflects compensation for biomechanical factors.

This paper presents a neuromuscular model of human locomotion that integrates spinal reflex circuits with voluntary movements to generate stable, rhythmic walking patterns with real-time adaptability.