A review of the use of terrestrial laser scanning application for change detection and deformation monitoring of structures

Keyphrases

• Terrestrial Laser Scanning 100%
• Change Detection 100%
• Structure Monitoring 100%
• Deformation Monitoring 100%
• Detection Monitoring 100%
• Georeferencing 66%
• Deformation Analysis 66%
• Point Cloud Processing 66%
• Environmental Impact 33%
• Processing Techniques 33%
• Civil Engineering 33%
• Precise Measurement 33%
• Engineering Surveying 33%
• Structural Engineering 33%
• Accurate Registration 33%
• Addressing Issues 33%
• Error Modeling 33%
• Quality Assessment 33%
• Active Area 33%
• Deformation Measurement 33%
• Overlapping Area 33%
• Laser Scanning 33%
• Scanned Data 33%
• Scanner Calibration 33%
• Measurement Geometry 33%
• Measurement Design 33%
• Detecting Change 33%
• Precise Modeling 33%
• Three-stage Process 33%

Engineering

• Point Cloud 100%
• Environmental Impact 50%
• Research Work 50%
• Processing Technique 50%
• Civil Engineering 50%
• Precise Measurement 50%
• Quality Assessment 50%
• Engineering 50%
• Active Area 50%
• Review Paper 50%
• Error Modeling 50%
• Process Stage 50%
• Structural Engineering 50%
• Data Collection 50%

Earth and Planetary Sciences

• Change Detection 100%
• Terrestrial Laser Scanning 100%
• Deformation Analysis 66%
• Data Acquisition 33%
• Laser Scanning 33%
• Structural Engineering 33%
• Research Work 33%
• Data Quality 33%
• Environmental Impact 33%