TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
- | |
- Concurrent Algorithms | |
- Dimensional Reduction | |
- Dominance Checking | |
- Heuristic Search | |
- Multi-Objective Optimization | |
- Multi-Objective Shortest Path (MOSP) | |
- Parallel A* Search | |
- Pareto Optimality | |
- Priority Queue | |
- Shared-Memory Parallelism | |
3 | |
3D Boundary Value Problems | |
A | |
AAM | |
Activation | |
Active Flow Control (AFC) | |
Adaptive finite element method | |
Adaptive Healthcare Modeling | |
Adaptive physics refinement | |
Adaptive resolution | |
Adaptivity | |
Adhesive dynamics | |
Advection-diffusion problem | |
adversarial attack | |
Adversarial Examples | |
Adversarial training | |
Affective Computing | |
age distributions | |
Agent Based Modeling | |
agent-based model | |
Agent-Based Modeling | |
Agent-Based Modeling (ABM) | |
agent-based modelling | |
AI | |
AI Applications | |
AI coach | |
AIOps | |
Airway Dynamics | |
algorithm | |
Algorithm Selection | |
algorithms | |
ALICE | |
Alignment | |
Alternating ordering | |
Amount of information | |
Application | |
approximated bayesian computation | |
Approximation | |
Artifical intelligence | |
Artificial Agents | |
Artificial intelligence | |
Astrometry | |
Atmospheric simulations | |
Attention map | |
Augmented reality | |
Automated Blood Cell Counting | |
Automatic Differentiation | |
AutoPas | |
AVISPA simulation | |
AWS | |
B | |
B-spline basis functions | |
Bagging | |
bat algorithm | |
Bayesian Search | |
Behaviour Optimization | |
Behavorial interaction | |
Benchmark Modeling | |
Big Data | |
Bijels | |
Bio-robotics | |
bioactivity prediction | |
Bioheat | |
Bioinformatics | |
Biological System | |
Biot model | |
Bird sound classification | |
Black-Box optimization | |
Blockchain networks | |
Blood Smear Analysis | |
brain tumor simulations | |
Bus scheduling | |
BVPs | |
Bézier Surface Patches | |
C | |
Cancer | |
Caputo derivative | |
cardiac conduction system (CCS) | |
CAS | |
cast iron | |
Causal Discovery Algorithms | |
Causal-based methods | |
Centrality Difference | |
Centrality metrics | |
CFD | |
changing architecture | |
chaos control | |
Chaos Engineering | |
Chaotic flows | |
chaotic maps | |
Chaotic system | |
Chat GPT | |
ChatGPT | |
cheminformatics | |
Circuit optimization | |
Citation Grounding | |
class imbalance | |
Class-few-shot | |
classical density functional theory | |
classical limits | |
classification | |
Clinical Terminology | |
Closed rectangle | |
Cloud Computing | |
Cloud-computing | |
Clustering | |
CNN | |
Coalition formation | |
Coalition-based learning | |
coauthors graphs | |
Code Generation | |
cognitive science | |
Colab | |
Collocation points | |
communication | |
Community Detection | |
compartmental models | |
Competitive adsorption | |
compilers options | |
complex networks | |
Complex Systems | |
complex systems | |
complexity science | |
Compression Particle-in-Cell | |
compromise solution | |
Computational Fluid Dynamics | |
Computational Fluid Dynamics (CFD) | |
Computational Immunology | |
Computational Modelling | |
Computational Oncology | |
Computational Optimization | |
computational procedures | |
Computational Vaccinology | |
Computational Verification | |
Computer Graphics | |
Computer vision | |
conceptual model inference | |
Conflict analysis | |
Connectionist Theory | |
Connectome | |
Consensus | |
Consensus mechanism | |
constraint programming | |
Contextual hallucination | |
continuous optimization | |
Continuum simulation | |
control synthesis | |
convolutional autoencoder | |
Convolutional Neural Network | |
Convolutional Neural Networks | |
CORDIC | |
Coronary artery stenosis | |
CoT | |
Counterfactual reasoning | |
Coupled Simulations | |
Covariates | |
COVID-19 | |
crash | |
Cropland | |
Cross-listed stocks | |
Crustal structure | |
CUDA | |
CUDA Graphs | |
Curve Modelling | |
customers behaviour | |
cyber-attacks | |
cyclic bandwidth problem | |
D | |
Data assimilation | |
Data Augmentation | |
Data Fitting | |
data mining | |
data scarcity | |
data-centric computational science | |
Data-driven modeling | |
data-driven predictor | |
data-parallel applications | |
dataset distillation | |
decision making | |
Decision rule induction | |
Decision Support | |
Decision Support Systems | |
decision tree | |
Decision Tree Optimization | |
Decision trees | |
Decolorization | |
Decoupled method | |
Deep Dual Reinforcement Learning | |
Deep learning | |
Deep Neural Networks | |
deep vein thrombosis | |
DeepLabV3+ | |
deformation and failure behaviours | |
Delegated ML | |
denoising | |
DevOps | |
DFT calculation | |
Diabetes Mellitus | |
Differential Evolution | |
diffusion approximation models | |
Diffusion models | |
digital signal processing | |
Digital Twin | |
Digital Twins | |
dimensionality reduction | |
Directed Acyclical Graphs | |
disease outbreaks | |
Dispersed data | |
Dispersed Data Classification | |
Dissociative adsorption | |
Distributed | |
Distributed Hash Table | |
Distributed Programming | |
Distribution Functions | |
distribution matching | |
Distribution Optimization | |
Distribution refinement | |
diversity | |
Downscaling | |
Drug delivery | |
Drug side effect | |
Dst Index Prediction | |
Dynamic circuit | |
Dynamic circuits | |
Dynamic Maxent across Entwined Scales | |
dynamic neural network | |
Dynamic Programming | |
Dynamical Systems | |
E | |
Echo state network | |
Eclipse attack | |
econophysics | |
Edge computing | |
edge-based compartmental modeling | |
Edge-strength problem | |
Efficiency of numerical schemes | |
eigenvalue problem | |
Ellipsoidal particles | |
Emergency Departments | |
energy | |
Energy Stability Analysis | |
Engagement | |
Ensemble Kalman filter | |
Ensemble Learning | |
Ensemble modelling | |
ensemble simulation | |
Ensembles of classifiers | |
epidemics | |
epidemiology | |
Epistasis | |
Erdős-Rényi graphs | |
Error bounds | |
Error estimation | |
Evaluations | |
Evolutionary Game Theory | |
Exact solution methods | |
Expectation Maximization | |
expert knowledge | |
explainable AI | |
explainable artificial intelligence | |
explainable machine learning | |
exponential integrators | |
Extreme Event | |
Extreme uncertainty | |
F | |
F3cake | |
Fast Charging Stations | |
Fast Multipole Method | |
Fast PIES | |
FDM | |
Feature Engineering in Molecular Modeling | |
feature importance | |
feature selection | |
Federated Systems | |
Few-Shot | |
Fine-grained classification | |
fine-tuning | |
Finite Element Method | |
Finite element modeling | |
Finite element simulations | |
Finite Volume Discrete | |
Finite volume method | |
Fisher-Kolmogorov diffusion-reaction model with logistic growth | |
Fitting Reduced Data | |
Floating Offshore Wind Turbine | |
flood forecasting | |
Fluid-structure interaction | |
Flux correction | |
Forced displacement | |
Forward programming | |
Fourier analysis of differencing errors | |
FPGA | |
Fractional Computation | |
Fractured media | |
Free convection | |
Free Surface | |
Frobenis Distance | |
Fuel map | |
Fusion of information | |
Fuzzy complex linear system | |
Fuzzy complex number | |
fuzzy ranking | |
Fuzzy Sylvester matrix equation | |
G | |
Galerkin method | |
Gas explosion | |
gas storage in geological Formation | |
Gaseous hydrogen permeation | |
Gaussian Graphical Model | |
Gaussian Mixture Model | |
Gaussian-Mixture-Model Compression | |
Gaze duration | |
generative models | |
Genetic Algorithm | |
Geomagnetic Storms | |
Geomonitoring | |
Geosteering | |
Glass Transition Temperature Prediction | |
global optimization | |
Global Wind Atlas | |
GNN | |
GPGPU | |
GPT | |
GPU | |
GPU Acceleration | |
GPUs | |
Gram matrix | |
graph attention network | |
Graph Clustering Heuristics | |
graph cuts | |
Graph Deep learning | |
graph labeling | |
graph neural networks | |
Graph transformations | |
Gravity model | |
Green's function library | |
Grid Search | |
Group B Streptococcus | |
Group Engagement | |
growing | |
GRU | |
GWAIS | |
GWAS | |
H | |
Hail modeling | |
Hallucination detection | |
Hard constraints | |
HCI | |
healthcare | |
Hematological Diagnostics | |
Heterogeneous Architecture | |
Heterogeneous computing | |
heuristics | |
Hierarchical classification | |
Hierarchical data | |
Hierarchical information | |
High Performance Computing | |
high-energy physics | |
High-Level Parallel Programming | |
High-performance computing | |
High-Resolution Operational Forecasts dataset | |
High-Throughput Computing | |
homogeneous approximation | |
Horizontal complex fuzzy membership function | |
Horizontal membership function | |
Housing market network | |
HPDA | |
Human Brain | |
Hybrid Evolutionary-Swarm Metaheuristics | |
Hybrid quantum-classical algorithm | |
hydrogen | |
Hydrogen-blended natural gas | |
Hydrogen-blended natural gas station | |
hypergraph grammar | |
Hyperspectral imaging | |
Hyperthermia | |
I | |
ill-posed problem | |
Image diffusion | |
Image enhancement | |
image segmentation | |
Image super-resolution | |
In-context learning | |
Incremental PCA | |
influenza | |
Information quantity | |
Information Retrieval | |
instance selection | |
Integration Adaptivity | |
Intelligent Transportation System | |
intention recognition | |
Internet of Things | |
Interpretability | |
Interpretable Machine Learning | |
Inverse Design of Materials | |
inverse problem | |
Inverse Reinforcement Learning | |
island model | |
Isogeometric Analysis | |
Iterative Boltzmann Inversion | |
Iterative Feature Refinement | |
Iterative Scheme | |
J | |
Jammed systems | |
JavaScript | |
JAX | |
job scheduling | |
judgment inaccuracy | |
Julia language | |
K | |
k-Means Clustering | |
k-Wave | |
Kantorovich-Rubinstein Dual | |
Key-Value Store | |
Knots | |
knowledge distillation | |
Knowledge Graph | |
KPI | |
L | |
Lagrangian | |
Lagrangian mechanics | |
Language Evolution | |
Language Games | |
Language Model Alignment | |
Language Model Evaluation | |
Large Language Model | |
Large Language Models | |
large-scale group decision-making | |
latency | |
latency optimization | |
Lattice Boltzmann Method | |
Lattice-based cryptography | |
Leakage diffusion | |
Learning automata | |
Least Squares Optimization | |
left ventricular | |
Legal answering systems | |
Leukocyte Detection | |
lexical innovation | |
link prediction | |
LLM | |
Load Balancing | |
Local and Global Models | |
Local thermal non-equilibrium conditions | |
Logistic Regression | |
long short-term memory | |
long-tails | |
long-term forecasting | |
long-time accurate simulation | |
low-quality videos | |
Low-rank adapters | |
LSTM | |
LU factorization | |
Lung Function | |
M | |
machine learning | |
Machine learning algorithms | |
Machine Learning for Materials Design | |
magnetic resonance | |
Maj-Min | |
malicious webpage detection | |
Malignant Pleural Mesothelioma | |
Material Point Method | |
Material science simulations | |
mathematical didactic | |
mathematical programming | |
MATLAB code | |
Matrix Factorization | |
Maximum Satisfiability | |
MCDA | |
Medical image analysis | |
Medical Norms | |
memory hierarchies | |
Memory retention | |
mesh adaptation | |
Meta-features selection | |
Meta-learning | |
Metaheuristics | |
Metanetworks | |
metric learning | |
Microfluidic device | |
Mid-circuit measurements | |
Mid-circuit Resets | |
migration topology | |
minGRU | |
Minimal RNNs | |
Minimum Chi-squared Estimation | |
minLSTM | |
minRNNs | |
mixed finite elements | |
MKL | |
Model Predictive Control | |
Model Soups | |
model visualisation | |
Model-Based Reinforcement Learning (MBRL) | |
Modeling | |
modeling birth-death dynamics | |
modelling and simulation | |
Modified wavenumbers | |
modular design | |
Modular Simulation Framework | |
Modularity Optimization | |
Molecular Dynamics | |
Molecular-continuum | |
Monochrome images | |
Moving Grid | |
MRI | |
MRM transitions | |
multi-agent evolutionary systems | |
multi-criteria analysis | |
Multi-criteria decision analysis | |
Multi-Criteria Decision-Making | |
Multi-phase | |
multi-principal element alloys | |
Multilayer Network | |
Multilayer Perceptron | |
Multiphase Simulations | |
Multiple Equilibria | |
multiple GPUs | |
multipoint flux approximation | |
Multiscale modeling | |
Multiscale Modelling | |
Multivariate Granger causality test | |
N | |
Nanoscale | |
Natural Language Processing | |
neologism detection and filtering | |
Network analysis | |
Network Attack Detection | |
Network Curvature | |
network models | |
Network sampling | |
Neural Networks | |
neural posterior estimation | |
neural ratio estimation | |
Neuron | |
new words | |
NLP | |
Non-Linear Regression | |
Non-stationary Navier-Stokes | |
Non-visual domains | |
nonlinear approximation | |
nonlinear system | |
Numerical Algorithms | |
numerical computations | |
numerical experiment | |
Numerical platform | |
Numerical simulation | |
Numerical Weather Prediction | |
O | |
object detection | |
older adults | |
online content selection | |
Online learning | |
Ontology Engineering | |
Open-source | |
OpenACC | |
Operator-splitting | |
opinion mining | |
Optical network | |
Optimal Transport | |
Optimization | |
Orthotropy | |
Outdoor air quality at Longyearbyen in Spitsbergen | |
Outlier detection | |
output coupling | |
P | |
Parallel Computing | |
parallel evolutionary algorithm | |
Parallel programming | |
Parallel Simulation | |
Parallelization of tensor operations | |
Parametric integral equation system (PIES) | |
ParaView visualization | |
Pareto queues | |
Partial Differential | |
Partial Differential Equations | |
Particle Filters | |
Particle Swarm Optimization | |
particle-based methods | |
Particle-stabilized emulsions | |
PAWN Sensitivity Indices | |
Pedagogical Innovation | |
Peptide quantification | |
Performance | |
Performance Analysis | |
Performance evaluation | |
performance-energy optimization | |
Periodically heating | |
Persistent Inequality | |
Petrov-Galerkin method with optimal test functions Deep Neural Networks | |
pharmacology | |
pharmacophores | |
Phase separation | |
Phase-field modeling | |
physics informed machine learning | |
Physics Informed Neural Networks | |
Physics-informed Neural Networks | |
PINNs | |
Plug-and-Play Algorithms | |
Plugged-in Electric Vehicles (PEV) | |
policy making | |
Policy Simulation | |
politics | |
Poroelasticity | |
Porous media | |
Porous-fluid interaction | |
Positional bias | |
Positivity-preserving | |
post-thrombotic syndrome | |
power capping | |
Power quality disturbance | |
Power-law rheology | |
Predictive models | |
Preference-based conflict | |
projection methods | |
Protein stability prediction | |
Prototype-Based Learning | |
Pruned Fast Fourier Transform | |
Pseudo-coloring | |
Pseudo-spectral methods | |
Psychological Networks | |
Public transport flow | |
Purkinje fiber | |
Q | |
Q-learning | |
QML | |
Quadrilateral meshes | |
Quantitative CT | |
quantum agents | |
Quantum Annealing | |
Quantum circuit optimization | |
Quantum compilation | |
Quantum constant propagation | |
quantum convolutional neural network | |
quantum hardware | |
Quantum hybrid programs | |
quantum machine learning | |
Quantum-classical collaborative optimization | |
Quantum-classical integration | |
QUBO | |
R | |
radiowave propagation | |
Random forests | |
Random selection of collocation points | |
randomized networks | |
RBM | |
RCBRT | |
RDMA | |
Real Atmosphere Experiment | |
Real-time Engagement | |
real-time inference | |
recoded | |
Recursive Function | |
Recursive Refactoring | |
Redox flow batteries | |
Reduced order model | |
Reduced-order modelling | |
Regularized PIES | |
Reinforcement learning | |
Remote Sensing | |
Renewable energy sources assessment | |
reputation | |
Reservoir computing | |
Reservoir Optimization | |
residual connections with matrix extensions | |
Resolution characteristics | |
Resource Optimization | |
Retrieval Augmented Generation | |
Retrieval-Augmented Generation | |
Retrieval-Augmented Generation (RAG) | |
RNA-seq analysis | |
Robust Variational Physics Informed Neural Network | |
Robustness | |
Rockburst forecasting | |
Root Cause Analysis | |
Rough set theory | |
Routing | |
S | |
Safety distance | |
SARS-CoV-2 | |
sea ice concentration | |
Security protocol analysis | |
SEIR models | |
self-adjoint operators | |
self-changing neural networks | |
Sensitivity Analysis | |
Sensors | |
Sentiment | |
shrinking | |
Signal processing | |
Silicosis Data | |
Simulated Annealing | |
simulation | |
simulation verification and validation | |
simulation-based inference | |
Single-cell analysis | |
single-precision | |
Singular Boundary Integrals | |
Singular solutions | |
Skiing | |
Small system method | |
Smart Agriculture | |
Sobol Sensitivity Indices | |
social media | |
Social Networks | |
socio-cognitive computing | |
software | |
Solidification | |
Space mission data | |
space-filling designs | |
spatial discretization | |
Spatial scales | |
Spatial-Temporal Representation | |
spatio-temporal data | |
speech analysis | |
Spline Interpolation | |
SPOTIS | |
SSP-VIKOR | |
standard | |
STAR | |
Static analysis | |
statistical models | |
Stdexec | |
Stock market | |
Stokes equations | |
Storage | |
Strong Sustainability Paradigm | |
Structural information | |
Subdomains | |
Subsurface Reservoir Optimization | |
super resolution | |
super-resolution | |
Support vector machine | |
Surrogate Model | |
Surrogate modeling | |
survival fractions | |
Sustainable Decision-Making | |
swarm intelligence | |
Sybil attack | |
Symbolic Regression | |
Synaptome | |
synthetic population | |
T | |
T1-weighted magnetic resonance | |
table constraint | |
Tabular data | |
Temperature | |
temporal discretization | |
temporal graph | |
Temporal learning | |
Temporal Network | |
Thermodynamically Consistent model | |
Thermostability | |
three-dimensional variational data assimilation | |
time | |
Time series forecasting | |
Time-dependent convection-diffusion problems | |
Tissue deformation | |
Tissue engineering | |
TOPSIS | |
Tractable Latent Space | |
training | |
transactions | |
transcendental functions | |
Transcriptomics | |
Transcriptomics application | |
Transfer learning | |
transformers | |
Transient analysis | |
Transient linear elasticity | |
Transmission Risk | |
Transport phenomena | |
trust | |
Trustworthy ML | |
tumor angiogenesis | |
Tumor biomechanics | |
Tumor growth simulations | |
U | |
Ultrasound Simulation | |
Uncertainty Modeling | |
Uncertainty Quantification | |
Uncertainty theory | |
Unconditionally energy stable | |
underwater acoustics | |
UNet | |
unstructured finite-element method | |
Upwinding | |
Urban mobility pattern | |
Urban modelling | |
V | |
variational quantum algorithm | |
Vehicular Ad-hoc Networks | |
venous modelling | |
Visual Analytics | |
W | |
Warm Bubble Experiment | |
Wasserstein distance | |
Wave propagation simulation | |
Weight-space models | |
Weighted Method | |
weighted metric | |
WFC algorithm | |
White Blood Cell Classification | |
Wildfire | |
Wildfire Modeling | |
Wireless sensor networks | |
Workflows | |
WZ factorization | |
X | |
XAI | |
Y | |
YOLOv8 | |
Z | |
Zero-Shot |