Feasibility of Augmenting Ankle Exoskeleton Walking Performance with Step Length Biofeedback in Individuals with Cerebral Palsy

Keyphrases

• Cerebral Palsy 100%
• Biofeedback 100%
• Ankle Exoskeleton 100%
• Walking Performance 100%
• Ankle Assistance 60%
• Gait Mechanics 40%
• Real-time Biofeedback 40%
• Clinically Significant 20%
• Strong Correlation 20%
• Lower Extremity 20%
• Muscle Activity 20%
• Control Algorithm 20%
• Walkability 20%
• Gait Pattern 20%
• Patient Demographics 20%
• Positive Power 20%
• Ankle Moment 20%
• Assisted Walking 20%
• Untethered 20%
• Exoskeleton Control 20%
• Gait Rehabilitation 20%
• Pathological Gait 20%
• Performance Score 20%
• Clinical Feasibility 20%
• Gait Performance 20%
• Technical Validation 20%
• Live Performance 20%
• Performance Targets 20%
• Visual Interface 20%
• Impaired Walking 20%
• Lower Limb Posture 20%

Medicine and Dentistry

• Spastic Diplegia 100%
• Biofeedback 100%
• Gait 66%
• Body Position 16%
• Muscle Contraction 16%
• Walking Ability 16%
• Patient Population 16%

Computer Science

• Control Algorithm 100%