Model-Driven Design of Electrical Stimulation Therapy Improves Gait Dynamics in Individuals With Limb Amputations

Key Points

• The research aims to develop and validate a model-driven design for electrical stimulation therapy to improve gait dynamics in individuals with limb amputations.
• Utilized in-silico therapy design techniques to create stimulation models.
• Conducted in-vivo validation to assess the effectiveness of the therapy.
• Focused on electrical stimulation protocols to rehabilitate gait dynamics.
• Demonstrated significant improvements in gait dynamics with the developed therapy.
• Establishing a foundation for future research in broader clinical populations facing gait impairments.