Design and Validation of a Two-Degree-of-Freedom Powered Ankle-Foot Orthosis with Two Pneumatic Artificial Muscles

Earth and Planetary Sciences

• Balance 20%
• Condition 20%
• Cycle 20%
• Datum 20%
• Degree of Freedom 60%
• Experiment 40%
• Frequency Response 20%
• Gait 20%
• Impairment 20%
• Inversion 20%
• Kinematics 20%
• Loop 20%
• Patient 20%
• Pneumatics 60%
• Proving 40%
• Quality 20%
• Recognition 20%
• Rehabilitation 60%
• Robotics 40%
• Sliding 20%
• Solenoid Valve 20%
• Subject 20%
• Walking 20%
• Whirl 40%

Medicine and Dentistry

• Analysis 20%
• Ankle 20%
• Ankle Joint 40%
• Apoplexy 20%
• Athletic Training 20%
• Drive 20%
• Gait 20%
• Human 20%
• Joint Function 20%
• Life 20%
• Muscle 60%
• Physical Disease 20%
• Recognition 20%
• Rehabilitation Engineering 60%
• Senescence 20%
• Subtalar Joint 40%
• Walking 20%

Nursing and Health Professions

• Analysis 20%
• Ankle Foot Orthosis 100%
• Control 40%
• Experiment 40%
• Patient 40%
• Physical Disease 20%
• Robotics 40%
• Valve 20%