Keyphrases
Interferometric Synthetic Aperture Radar (InSAR)
100%
Civil Engineering Structures
100%
Deformation Monitoring
100%
Deformation Analysis
100%
Persistent Scatterers
66%
Synthetic Aperture Radar
66%
Taiwan
33%
Earthquake
33%
Radar Observations
33%
Typhoon
33%
Environmental Factors
33%
Heavy Rainfall
33%
Root Mean Square Error
33%
Modernity
33%
Land Subsidence
33%
Correlation Coefficient
33%
Natural Hazards
33%
Web Application
33%
Soil Liquefaction
33%
Scientific Applications
33%
Commercial Application
33%
Rapid Screening
33%
Material Deterioration
33%
Engineering Structures
33%
Living Environment
33%
Disaster Monitoring
33%
GPS Observations
33%
Deformation Area
33%
Environmental Monitoring
33%
Economic Prosperity
33%
Public Construction
33%
Public Safety
33%
Subsidence Soils
33%
Civil Engineering Infrastructure
33%
Subsidence Area
33%
Radar Imaging
33%
Active Imaging System
33%
Power Transmission Tower
33%
Hazard Factor
33%
Industry Development
33%
Sentinel-1 Data
33%
Construction Year
33%
Soil Materials
33%
Spatial Database
33%
Radar Technology
33%
Industry Economics
33%
Natural Environmental
33%
Disaster Research
33%
Engineering
Infrastructure
100%
Civil Engineering Structure
100%
Synthetic Aperture Radar
66%
Scattering
66%
Interferometric Synthetic Aperture Radar
66%
Imaging Systems
33%
Lifecycle
33%
Systematic Approach
33%
Heavy Rainfall
33%
Root Mean Square Error
33%
Materials Degradation
33%
Engineering Structure
33%
Civil Engineering
33%
Public Safety
33%
Global Positioning System
33%
Soil Liquefaction
33%
Electric Power Transmission
33%
Earth and Planetary Sciences
Synthetic Aperture Radar
100%
Geographic Information System
100%
Scattering
50%
Taiwan
25%
Global Positioning System
25%
Subsidence
25%
Correlation Coefficient
25%
Root-Mean-Square Error
25%
Natural Hazard
25%
Radar Imaging
25%
Liquefaction
25%
Life Cycle
25%
Living Environment
25%
Soil Subsidence
25%
Cyclones
25%
Decision Making
25%
Electric Power Transmission
25%