INIS
learning
100%
plasma
89%
simulation
68%
algorithms
64%
modeling
64%
jets
64%
density
58%
tokamak devices
58%
control
55%
data
54%
neural networks
45%
asdex tokamak
43%
information
41%
electron density
37%
machine learning
33%
applications
33%
devices
32%
electron temperature
29%
datasets
29%
runaway electrons
25%
validation
25%
mapping
25%
dynamics
25%
thermonuclear devices
25%
exploitation
25%
iter tokamak
25%
kink instability
25%
protons
25%
instability
25%
tearing instability
25%
earth magnetosphere
25%
ions
25%
hybrids
25%
distribution
22%
size
20%
optimization
18%
prediction
16%
edge localized modes
16%
variational methods
16%
layers
16%
oscillations
16%
growth
16%
particles
16%
power
16%
physics
16%
probabilistic estimation
14%
tcv tokamak
14%
tools
12%
maps
12%
morphology
12%
Keyphrases
Tokamak
56%
Machine Control
50%
ASDEX Upgrade
50%
Control Parameters
47%
Representation Learning
37%
Machine Parameters
35%
Surrogate Model
33%
Learning Algorithm
33%
Pedestal Profiles
31%
EUROfusion
31%
Uncertainty Quantification
29%
Fusion Devices
27%
Plasma Scenarios
27%
Fusion Data
25%
Neural Network Training
25%
Latent Dynamics
25%
Data-driven Model
25%
AI Methods
25%
Device Sizing
25%
Predictive Quality
25%
Separation Density
25%
Deep Learning Algorithm
25%
Runaway Electrons
25%
Supervised Learning Method
25%
Bayesian Approach
25%
Latent Feature
25%
Variational Autoencoder
25%
Pedestal Density
25%
Kink Instability
25%
Hybrid-Vlasov
25%
Proton
25%
Vlasov Simulation
25%
Earth's Magnetosphere
25%
Tearing Instability
25%
Future Fusion
20%
Electron Temperature Profile
20%
Electron Density Profile
20%
Compressed Representation
18%
Particle Exhaust
18%
State Representation Learning
16%
Bayesian Optimization
16%
Simplified Model
16%
Current Layer
16%
Oscillation
16%
Modelling Scheme
12%
Time-dependent Phenomena
12%
Intelligence Learning
12%
Power Exhaust
12%
Surface Morphology
12%
Flexible Integration
12%
Engineering
Carrier Concentration
56%
Learning Algorithm
50%
Electron Energy
47%
Temperature Profile
39%
Control Parameter
33%
Bayesian Approach
25%
Input Parameter
25%
Limitations
25%
Forward Model
25%
Autoencoder
25%
Surrogate Model
25%
Artificial Intelligence
25%
Deep Learning Method
25%
Deep Neural Network
25%
Scale Range
25%
Spatiotemporal Characteristic
25%
Dimensional Structure
25%
Uncertainty Quantification
22%
Disruptions
15%
Tokamak Device
12%
Feasibility Study
12%
Component Surface
12%
Machine Learning Method
12%
Accurate Simulation
12%
Plasma Facing Component
12%
Fusion Power
12%
Surface Morphology
12%
Learning System
12%
Electric Power Plant
12%
Artificial Neural Network
12%
