INIS
hydraulics
100%
graphs
100%
neural networks
100%
floods
100%
modeling
100%
water
66%
applications
33%
simulation
33%
volume
33%
learning
33%
topography
33%
increasing
16%
dynamics
16%
units
16%
datasets
16%
time dependence
16%
losses
16%
layers
16%
speed
16%
comparative evaluations
16%
space
16%
dikes
16%
errors
16%
performance
16%
stability
16%
tools
16%
elevation
16%
data
16%
solutions
16%
time resolution
16%
depth
16%
constraints
16%
Earth and Planetary Sciences
Flood
100%
Mathematical Model
100%
Model
100%
Rapid
100%
Shallow Water
50%
Domain
33%
Constraint
33%
Landscape
33%
Learning
33%
Volume
33%
Approach
33%
Analogy
16%
Stability
16%
Position (Location)
16%
Curriculum
16%
Investigation
16%
Increasing
16%
Data Set
16%
Condition
16%
Input
16%
Strategy
16%
Flood Wave
16%
Loss
16%
Error
16%
Edge
16%
Training
16%
Stacking
16%
Dyke (Water management)
16%
Numerical Modeling
16%
Set
16%
Average
16%
Engineering
Models
100%
Hydraulics
100%
Shallower
75%
Cell Volume
25%
Specific Case
25%
Nodes
25%
Periodic Time
25%
Adjacent Cell
25%
Finite Volume Method
25%
Limitations
25%
Dataset
25%
Accurate Solution
25%
Determines
25%
Two Dimensional
25%
Average Error
25%
Numerical Modeling
25%
Long Period
25%
Surrogate Model
25%
Mathematics
Modeling
100%
Computational
40%
Edge
20%
Time Step
20%
Generalizability
20%
Model Predict
20%