Differences between local and orbital dynamic stability during human walking

Keyphrases

• Local Dynamics 100%
• Orbital Stability 100%
• Human Walking 100%
• Dynamic Stability 100%
• Orbital Dynamics 100%
• Maximum Floquet multipliers 100%
• Gait Cycle 40%
• Local Divergence Exponents 40%
• Orbitally Stable 40%
• Small Perturbation 20%
• Expo 20%
• Kinematics 20%
• Treadmill 20%
• Interaction Effect 20%
• Joint Angle 20%
• Sagittal Plane 20%
• One-cycle 20%
• Lower Extremity 20%
• Mediolateral 20%
• Walking Kinematics 20%
• Periodic Systems 20%
• Local Stability 20%
• Motorized Treadmill 20%
• Triaxial 20%
• Young Healthy Subjects 20%
• Local Instability 20%
• Locomotor 20%
• Global Instability 20%
• Stable Walking 20%
• Level Ground 20%
• Local Divergence 20%
• Plane Joint 20%
• Walking Condition 20%
• Floquet multipliers 20%

Engineering

• Gait Cycle 100%
• Dynamic Stability 100%
• Human Walking 100%
• Engineering 50%
• Angle Joint 50%
• Sagittal Plane 50%
• Ground Level 50%
• Interaction Effect 50%
• Healthy Subject 50%
• Local Instability 50%
• Joint Kinematics 50%