面向结构光三维测量的相位展开技术综述 (特邀)

Keyphrases

• 3D Measurement 100%
• Structured Light 100%
• Phase Unwrapping 100%
• Phase Unwrapping Method 100%
• 3D Shape Measurement 29%
• Temporal Phase Unwrapping 29%
• Spatial Phase Unwrapping 29%
• Deep Learning 17%
• Future Development Direction 17%
• Measurement Technology 11%
• Calculation Method 11%
• Fringe Projection 11%
• Measurement Speed 11%
• Unwrapping Phase 11%
• Projected Patterns 11%
• Number of Projections 11%
• Measurement Method 5%
• Five-point 5%
• Measurement Accuracy 5%
• Efficiency Measurement 5%
• Fringe Pattern 5%
• Fast Measurement 5%
• Measurement Time 5%
• Geometric Constraints 5%
• Measurement Process 5%
• Reverse Engineering 5%
• Calculation Accuracy 5%
• Measurement Requirements 5%
• High-speed Applications 5%
• Aerospace 5%
• Application Requirements 5%
• Performance Accuracy 5%
• Biomedicine 5%
• Projected Fringe 5%
• Actual Measurement 5%
• Number Theory 5%
• Time Measurement 5%
• Gray Code 5%
• Deep Learning Methods 5%
• Branch-and-cut 5%
• Projection Technology 5%
• Cultural Relics Protection 5%
• Multiple Applications 5%
• Multi-wavelength Method 5%
• Noise Resistance 5%
• Noise Robustness 5%
• Space Phase 5%
• Noise Immunity 5%
• Measurement Condition 5%
• Photometric Constraint 5%
• Immunity Performance 5%
• Multi-frequency Method 5%
• Quality-guided 5%

Engineering

• Dimensional Shape 100%
• Deep Learning Method 80%
• Measurement Time 40%
• Main Advantage 20%
• Main Disadvantage 20%
• Measurement Process 20%
• Reverse Engineering 20%
• Calculation Accuracy 20%
• Application Requirement 20%
• Speed Application 20%
• Application Field 20%
• Geometric Constraint 20%
• Frequency Method 20%
• Branch Cut 20%
• Combined Technology 20%
• Noise Immunity 20%
• Measurement Condition 20%