Human recognition based on kinematics and kinetics of gait

Keyphrases

• Kinematics 100%
• Human Recognition 100%
• Gait 100%
• Recognition-based 100%
• Gait Recognition 60%
• Dynamic Data 40%
• Joint Parameters 40%
• Computer Science 40%
• High Recognition Rate 40%
• Marker Tracking 40%
• Low Computational Complexity 20%
• Markerless 20%
• Processing Image 20%
• Cable 20%
• Temporal Features 20%
• Spatial Features 20%
• Human Being 20%
• Identification Rate 20%
• Kinematic Parameters 20%
• People Recognition 20%
• Biomechanical Approach 20%
• Dynamic Parameters 20%
• Individual Identification 20%
• Model-based Method 20%
• Data Classification 20%
• Lower Limb Joints 20%
• Biometric Methods 20%
• Motion Capture System 20%
• Kinetic Parameters 20%
• Human Gait 20%
• Three-dimensional Parameters 20%
• Reliable Feature 20%
• Knee Joint 20%
• Recognition Rate 20%
• Model-free Methods 20%
• Biomedicine 20%
• Acquiring Data 20%
• Security Goals 20%
• Hip Joint 20%
• Kinematic Variables 20%
• Transverse Plane 20%
• Moving Body 20%
• Force Plate 20%
• Self-organizing Map Neural Network 20%
• Normal Walking 20%
• Tracking Markers 20%
• Biometric System 20%
• Lower Limb Kinematics 20%
• Lower Limb Kinetics 20%
• Frontal Plane 20%
• Precise Method 20%

Engineering

• Joints (Structural Components) 100%
• Recognition Rate 75%
• Gait Recognition 75%
• Experimental Result 25%
• Computational Cost 25%
• Self-Organizing Map 25%
• Free Method 25%
• Major Factor 25%
• Capture System 25%
• Kinetic Parameter 25%
• Biomechanics 25%
• Force Plate 25%
• Marker Position 25%
• Moving Body 25%