Efficient Labelling of Air Voids in Hardened Concrete for Neural Network Applications Using Fused Image Data

Keyphrases

• Image Data 100%
• Neural Network Applications 100%
• Fused Image 100%
• Hardened Concrete 100%
• Air Voids 100%
• Air Void System 40%
• Optical Microscopic Image 40%
• Image Segmentation 20%
• Neural Network 20%
• Relevant Parameters 20%
• Life Cycle Analysis 20%
• Concrete Structures 20%
• System Characteristics 20%
• RetinaNet 20%
• Design Parameters 20%
• U-Net 20%
• By Design 20%
• Microscopy Data 20%
• Binary Mask 20%
• Method of Lines 20%
• Efficient Procedure 20%
• Testing Method 20%
• Microscopic Examination 20%
• Building Codes 20%
• Confocal Laser Scanning Microscopy 20%
• Construction Materials 20%
• Point Count 20%
• Enhanced Contrast 20%
• Freeze-thaw Action 20%
• Concrete Durability 20%
• Structural Durability 20%
• Contrast Method 20%
• Air Pores 20%
• Material Standard 20%
• Freeze-thaw Resistance 20%
• Standardized Parameters 20%
• Optical Microscope 20%
• One-stage Detector 20%
• Specimen Preparation 20%
• Future Life 20%

Engineering

• Network Application 100%
• Fused Image 100%
• Air Void 100%
• Hardened Concrete 100%
• Image Data 100%
• Design Parameter 14%
• Concrete Structure 14%
• Line Method 14%
• Thaw Resistance 14%
• Life Cycle Analysis 14%
• Building Code 14%
• Optical Microscope 14%
• Specimen Preparation 14%