A Contrastive Learning Network for Performance Metric and Assessment of Physical Rehabilitation Exercises

Keyphrases

• Physical Rehabilitation 100%
• Performance Assessment 100%
• Action Quality Assessment 100%
• Learning Networks 100%
• Performance Metrics 100%
• Rehabilitation Exercise 100%
• Contrastive Learning 100%
• Joint Attention 60%
• Skeleton Sequence 40%
• Informative Feedback 40%
• Score Prediction 40%
• Training Samples 40%
• Attention Matrix 40%
• Deep Learning Methods 20%
• Triplet 20%
• Physical Exercise 20%
• Multi-task 20%
• Loss Function 20%
• Medical Costs 20%
• Art Performance 20%
• Learning Strategies 20%
• Metric Quality Assessment 20%
• Loss Attention 20%
• Prediction Loss 20%
• Physical Injury 20%
• Score Generation 20%
• Assessment Issues 20%
• Pairwise Training 20%
• Human Behavior Analysis 20%
• Simple Regression 20%
• Learning Framework 20%
• Legal Monitoring 20%
• Patient Motion 20%
• Quality Assessment Framework 20%
• Subtle Differences 20%
• Critical Difference 20%
• Assessment Performance 20%
• Monitoring Environment 20%
• Metric Network 20%
• Assessment Task 20%
• Regression Task 20%

Computer Science

• Quality Assessment 100%
• Performance Metric 100%
• Learning Network 100%
• Contrastive Learning 100%
• Training Sample 40%
• Experimental Result 20%
• Annotation 20%
• Art Performance 20%
• Learning Framework 20%
• Critical Difference 20%
• Assessment Task 20%
• Physical Injury 20%
• Regression Task 20%
• Deep Learning Method 20%