Keyphrases
Climate Control
50%
Computational Load
25%
Conservatism
25%
Constraint Violation
75%
Contrastive Learning
25%
Control Approach
50%
Control Framework
25%
Control Input
25%
Control Method
25%
Control Performance
50%
Controller
25%
Crop Growth
25%
Crop Yield
50%
Greenhouse Climate Control
100%
Greenhouse System
25%
Iterative Learning Model Predictive Control (ILMPC)
100%
Learning Control
25%
Model Predictive Control
100%
Model Predictive Control Algorithm
25%
Model-based Control
25%
Online Fashion
25%
Parameterized Model
25%
Parametrization
25%
Performance Improvement
25%
Physical Constraints
25%
Prediction Model
75%
Prediction Optimization
25%
Prediction Uncertainty
25%
Real System
25%
Reinforcement Learning
100%
Reinforcement Learning Control
25%
Resource Efficiency
25%
Robust Model Predictive Control
25%
Stochastic Model Predictive Control
25%
Weather Profiles
25%
Yield Efficiency
25%
Engineering
Complexity
14%
Computational Load
14%
Constraint Violation
42%
Control Input
14%
Control Scheme
14%
Efficiency
14%
Learning Control
14%
Model
57%
Model-Based Control
14%
Optimization
14%
Parametrization
14%
Performance
71%
Physical Constraint
14%
Prediction
57%
Predictive Control Model
100%
Real System
14%
Reinforcement Learning
100%
Stochastic Model
14%
Yield
28%
INIS
bears
6%
climates
100%
constraints
33%
control
100%
cost
6%
crops
20%
data
13%
efficiency
6%
greenhouses
100%
growth
6%
learning
100%
optimization
6%
performance
33%
prediction
26%
resources
6%
simulation
6%
stochastic processes
6%
violations
20%
weather
6%
yields
13%
Computer Science
Complexity
9%
Computational Load
9%
Constraint Violation
27%
Control
100%
Control Approach
18%
Control Framework
9%
Control Methodology
9%
Model
18%
Model-Based Reinforcement Learning
100%
Parametrization
9%
Physical Constraint
9%
Prediction Model
27%
Predictive Model
45%
Reinforcement Learning
18%
Stochastic Model
9%
Weather Condition
9%
Chemical Engineering
Predictive Control Model
100%
Predictive Control Scheme
14%
Reinforcement Learning
100%
Material Science
Predictive Control Model
100%