Keyphrases
Machine Learning Techniques
100%
Machine Learning Applications
100%
Soil Properties
100%
Soil Database
100%
Database Development
100%
Soil Property Prediction
100%
Unsaturated Soil Behavior
25%
Geographic Information System
25%
Stability Analysis
25%
Saturated Soil
25%
Soil-water Characteristic Curve
25%
Random Forest Regression
25%
Systems-based
25%
Singapore
12%
Spatial Distribution
12%
Slope Stability
12%
Hydraulics
12%
Unsaturated Shear Strength
12%
Soil Plasticity
12%
High Risk
12%
Single Output
12%
Water Balance
12%
Artificial Neural Network
12%
Large Region
12%
Output Model
12%
Range of Values
12%
Prediction Error
12%
Regression Neural Network
12%
Output Parameters
12%
Grain Size Distribution
12%
Fine Fraction
12%
Plasticity Index
12%
Model Performance
12%
Gravel
12%
Multi-output Model
12%
Ordinary Kriging
12%
Shear Strength Parameters
12%
Slope Stability Analysis
12%
Rainfall Infiltration
12%
Saturated Permeability
12%
High-risk Areas
12%
Seepage Stability
12%
Plastic Limit
12%
Liquid Limit
12%
Tree Stability
12%
Spatial Heterogeneity
12%
Regression Method
12%
Stabilization Measures
12%
Water Slope
12%
Whole Tree
12%
Causal Agent
12%
Water Balance Analysis
12%
Sand Fraction
12%
Limit Index
12%
Balance Stability
12%
Saturated-unsaturated
12%
Index Size
12%
Value Model
12%
Seepage Slopes
12%
Spatial Variability of Soil Properties
12%
Water Stability
12%
Distributed Information Systems
12%
Tree Uprooting
12%
Engineering
Stability Analysis
100%
Machine Learning Method
100%
Soil Water Characteristic Curve
66%
Random Forest
66%
Water-Based System
66%
Mean Value
33%
Slope Stability
33%
Hydraulics
33%
Assuming
33%
Spatial Distribution
33%
Single Output
33%
Artificial Neural Network
33%
Prediction Error
33%
Output Parameter
33%
Plasticity Index
33%
Shear Strength Parameter
33%
Developed Database
33%
Rainwater
33%
Plastic Limit
33%
Liquid Limit
33%
Data Volume
33%
INIS
applications
100%
prediction
100%
machine learning
100%
soils
100%
water
19%
output
19%
performance
14%
values
14%
zones
14%
risks
9%
curves
9%
balances
9%
randomness
9%
stability
9%
plasticity
9%
information systems
9%
forests
9%
comparative evaluations
4%
data
4%
range
4%
distribution
4%
singapore
4%
liquids
4%
correlations
4%
errors
4%
stabilization
4%
islands
4%
neural networks
4%
failures
4%
kriging
4%
volume
4%
spatial distribution
4%
permeability
4%
hydraulics
4%
sand
4%
plastics
4%
slope stability
4%
shear strength
4%
grain size
4%
Earth and Planetary Sciences
Soil Property
100%
Machine Learning
100%
Stability Analysis
23%
Geographic Information System
15%
Unsaturated Soil
15%
Soil Water
15%
Water Balance
15%
Kriging
7%
Spatial Distribution
7%
Slope Stability
7%
Shear Strength
7%
Singapore
7%
Artificial Neural Network
7%
Grain Size
7%
Rain Water
7%
Liquid Limit
7%
Sand and Gravel
7%
Soil Mechanical Property
7%
Soil Hydraulic Properties
7%
Agricultural and Biological Sciences
Soil Property
100%
Information System
15%
Unsaturated Soil
15%
Soil Water Characteristic
15%
Water Balance
15%
Grains
7%
Neural Network
7%
Kriging
7%
Slope Stability
7%
Soil Hydraulic Properties
7%
Soil Mechanical Properties
7%