Human motion estimation from monocular image sequence based on cross-entropy regularization

Keyphrases

• Sequence-based 100%
• Entropy Regularization 100%
• Human Motion Estimation 100%
• Cross-entropy 100%
• Monocular Image Sequence 100%
• Relative Deformation 66%
• Deformation Model 33%
• Estimation Problem 33%
• Motion Pattern 33%
• Image Sequence 33%
• Unique Solution 33%
• Ill-posed Problem 33%
• Regularization Method 33%
• Movement Smoothness 33%
• Rigid Motion Model 33%
• Nonrigid Motion 33%
• Well-posed 33%
• Kullback-Leibler 33%
• Locomotion Analysis 33%
• Gait Rehabilitation Robot 33%
• Clinical Gait Analysis 33%
• Smoothness Constraint 33%
• Robot Motion Analysis 33%

Computer Science

• Human Motions 100%
• Image Sequence 100%
• Regularization 100%
• Motion Estimation 100%
• Motion Pattern 33%
• Motion Analysis 33%
• Unique Solution 33%
• Rigid Motion 33%
• Robot 33%
• Gait Analysis 33%
• Experimental Result 33%
• Regularization Method 33%
• Motion Model 33%

Engineering

• Motion Estimation 100%
• Regularization 100%
• Human Motions 100%
• Image Sequence 100%
• Experimental Result 33%
• Posed Problem 33%
• Regularization Method 33%
• Deformation Model 33%
• Motion Model 33%
• Robot 33%
• Gait Analysis 33%