Earth and Planetary Sciences
Abundance
11%
Algorithm
11%
Approach
100%
Building
33%
Building Component
11%
Comparison
11%
Estimating
11%
Evaluation
11%
Exhibit
11%
Fraction
100%
Geometry
22%
High Spatial Resolution
11%
Highway
22%
Images
11%
Information Retrieval
100%
Inversion
11%
Investigation
11%
Landsat 8
11%
Metropolitan Area
100%
Model
11%
Normalized Difference Vegetation Index
100%
Pixel
11%
Proving
11%
Radiance
11%
Radiative Transfer
100%
Reflectance
33%
Retrieval
100%
Satellite Image
11%
Show
22%
Sky
11%
Spatial Resolution
11%
Spectral Signature
11%
Urban Material
11%
Urban Structure
11%
Urban Vegetation
11%
Value
22%
Vegetation
100%
Vegetation Cover
55%
Vegetation Index
100%
View
11%
Keyphrases
3D Materials
11%
3D Radiative Transfer
100%
3D Structure
22%
Adjacent pixel
11%
Bidirectional Reflectance
11%
Building Geometry
11%
Building Materials
22%
Discrete Anisotropic Radiative Transfer
11%
Flux Tracking
11%
Fractional Vegetation Cover
44%
Ground Surface
11%
Heterogeneous Structure
11%
High Spatial Resolution
11%
Index-based
11%
Inversion Algorithm
11%
Jilin-1 Satellite
11%
Landsat 8 OLI
11%
Material Heterogeneity
22%
Material Reflectance
11%
Natural Ground
11%
Near-infrared Band
11%
Normalized Difference Vegetation Index
100%
Radiative Transfer Model
11%
Satellite Images
11%
Shading Condition
11%
Sky View Factor
11%
Spatial Resolution
11%
Spectral Radiance
11%
Spectral Signature
11%
Spectro
11%
Structured Materials
11%
Synthetic Scene
11%
Tracking Method
11%
Transfer Approach
100%
Urban Areas
100%
Urban Buildings
11%
Urban Geometry
11%
Urban Materials
11%
Urban Scene
33%
Urban Structure
11%
Urban Vegetation
11%
Vegetation Abundance
11%
Vegetation Assessment
11%
Vegetation Cover
11%
Vegetation Fraction
100%
Vegetation Index
100%
INIS
abundance
5%
algorithms
5%
anisotropy
5%
assessments
5%
building materials
10%
compacts
100%
comparative evaluations
10%
constraints
5%
corrections
10%
geometry
10%
images
10%
performance
5%
radiative transfer
100%
roads
10%
satellites
5%
scattering
10%
sky
5%
spatial resolution
10%
surfaces
5%
urban areas
100%
validation
5%
values
10%
vegetation
100%