Using Hybrid Models for Action Correction in Instrument Learning Based on AI

Keyphrases

• Hybrid Model 100%
• Learning-based 100%
• Erhu 100%
• Action Correction 100%
• Instrument Learning 100%
• Popular 50%
• Human-computer Interaction 50%
• Human Skeleton 50%
• Accuracy Rate 50%
• Computer Vision 50%
• East Asia 50%
• Video Surveillance 50%
• Entertainment 50%
• Action Recognition 50%
• Model Driven Architecture 50%
• Spatial Relationship 50%
• Interactive Learning Environments 50%
• Valuable Insight 50%
• Human Action Recognition 50%
• Human Action 50%
• Human Interaction 50%
• Innovative Model 50%
• AI-based Solutions 50%
• Autonomous Driving 50%
• Vision Research 50%
• Temporal Convolutional Network 50%
• Online music 50%
• Musical Performance 50%
• Graph Convolutional Network 50%
• Music Performance 50%
• String Instruments 50%
• RGB-D Video 50%

Computer Science

• Artificial Intelligence 100%
• Human Computer Interaction 50%
• Action Recognition 50%
• Video Surveillance 50%
• Model Architecture 50%
• Spatial Relationship 50%
• human action recognition 50%
• Autonomous Driving 50%
• Temporal Convolutional Network 50%
• Graph Convolutional Network 50%
• Computer Vision 50%

Biochemistry, Genetics and Molecular Biology

• Artificial Intelligence 100%
• Solution and Solubility 50%
• Human Computer Interaction 50%