TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 3 | |
| 3-SAT | |
| 3D localization | |
| 3D tracking | |
| A | |
| abdominal aortic aneurysm | |
| ABM | |
| accelerator | |
| activation functions | |
| actor-based concurrency | |
| adaptive | |
| Adaptive learning | |
| Adaptive Mesh Refinement | |
| additive Schwarz solvers | |
| Adjoints | |
| Adsorption | |
| advection dominated diffusion | |
| Advection-Diffusion model | |
| adversarial attack | |
| Adversarial Learning | |
| adverse event | |
| Aeroacoustics | |
| Aerobatic maneuvers | |
| Aerodynamic shape optimization | |
| Affective Computing | |
| agent-based computing and simulation | |
| agent-based model | |
| agent-based modeling | |
| Agent-Based Modeling (ABM) | |
| Agent-based modeling and simulation | |
| agent-based modelling | |
| Agile Development | |
| AI applications | |
| Air Quality | |
| AIS data analysis | |
| Akaike information criterion | |
| algorithmic composition | |
| Algorithmic Differentiation | |
| algorithms | |
| Allostatic Load | |
| AMRex | |
| analysis | |
| Android Malware | |
| Angiogram analysis | |
| animation | |
| anomaly detection | |
| Antenna design | |
| antirival goods | |
| Anxiety Detection | |
| Application in medicine | |
| approximation error | |
| Arbogast-Correa spaces | |
| ARMAX | |
| arterial tissue | |
| artificial immune systems | |
| Artificial Intelli-gence | |
| artificial intelligence | |
| asynchronous | |
| asynchronous time stepping | |
| Atmospheric Physics | |
| Atomic Potentials | |
| Audio Features | |
| Augmented Reality | |
| Authorship attribution | |
| autoencoder | |
| Autoencoder design | |
| Automated Labeling | |
| Automatic annotation | |
| automatic differentiation | |
| Autopilot | |
| autotuning | |
| Availability | |
| Aviation | |
| Axon | |
| B | |
| B-spline representations | |
| Backpropagation Neuronal Network Simulation | |
| Balanced hypergraph partitioning | |
| Bankruptcy | |
| Baseline models | |
| Battery degradation | |
| Battery state estimation | |
| Bayesian False Omission Rate | |
| Bayesian inference | |
| Bayesian network | |
| Bayesian networks | |
| Bayesian optimization | |
| BDDC | |
| Behavioral Cloning | |
| behavioral modeling | |
| Benchmark protocol | |
| BEP-BEM | |
| Bernstein-Durrmeyer polynomials | |
| BERT | |
| Beryllium-related co-doping | |
| Bezier surfaces | |
| Bibliometric analysis | |
| Big data | |
| Big scholarly datasets | |
| Bilayer Relative Difference | |
| binary classification | |
| Bio-inspired computing | |
| bio-microfluidics | |
| Biofuel feedstock | |
| Bioheat | |
| Biomarkers | |
| Biomedical literature | |
| Bioprinting | |
| bivariate distributions | |
| Black-Box | |
| blockchain | |
| blood flow simulation | |
| Blood-vessels lumen modeling | |
| Body forces | |
| boundary conditions | |
| boundary problems | |
| Branch and Bounds | |
| Breast Cancer | |
| Breathing Modelling | |
| Brownian motion | |
| bucketing sort | |
| C | |
| calibration | |
| Cancer | |
| CAREN Extended | |
| CAS | |
| CBIR of solar images | |
| Cell mechanics | |
| Cell model | |
| cell tracking | |
| Cellular Automata (CA) | |
| Cellular blood flow | |
| Centered kernel alignment | |
| Centerline-radius paradigm | |
| Cerebral arterial models | |
| CFD | |
| Champion recommendation | |
| Chaos | |
| Chaotic System | |
| Chaotic Systems | |
| Charging Station Placement | |
| ChatGPT | |
| checkpointing | |
| chemical mixing | |
| chlorophyll content | |
| Chronic stress | |
| classification | |
| Climate Change | |
| Climate Change Adaptation | |
| Clinical Data | |
| Closest pair of points | |
| Closure models | |
| Cloud computing | |
| Cloud formation | |
| Cloud Native | |
| cloud resource management | |
| Clustering | |
| Clustering Algorithms | |
| CNN | |
| Coalition Formation | |
| coalitions | |
| coarctation of the aorta | |
| Code Semantics | |
| Cognition | |
| cold rolling | |
| collaborative education | |
| Collaborative Modelling | |
| collective action | |
| Collective behavior | |
| Collective Response | |
| Collision avoidance | |
| Collocation | |
| Colored Petri Nets | |
| Combinatorial optimization | |
| Community detection | |
| compartmental models | |
| compilation | |
| compiling | |
| Complex Colocation | |
| Complex Event Processing | |
| Complex networks | |
| Complex problems | |
| Complex Systems | |
| complexity | |
| Component-wise framework | |
| Compressible flow | |
| Computational Biology | |
| computational brain models | |
| Computational Electromagnetics | |
| Computational Electrophysiology | |
| Computational fluid dynamics | |
| computational geometry | |
| Computational Method | |
| computational modelling | |
| Computational Optimization | |
| Computational Physics | |
| computational policy | |
| computational social science | |
| computer network | |
| computer networking | |
| Computer programming | |
| computer vision | |
| Concurrency | |
| conflict-driven migration | |
| conformism | |
| Connectome | |
| Consensual Community Detection | |
| Consensus | |
| Constituency parsing | |
| constrained discrete optimization | |
| Constrained Optimization | |
| Constrained Optimization Problems | |
| Constraint Satisfaction Problems | |
| consumers | |
| Contact duration | |
| Contact interaction | |
| Context prediction | |
| Contrast-Enhanced MR angiography | |
| Contrastive learning | |
| Control volume method | |
| Controlling sparsity level | |
| convection-dominated problem | |
| conversational recommender systems | |
| ConvNext | |
| Convolutional Autoencoder | |
| Convolutional layers | |
| Convolutional Neural Networks | |
| Corpus augmentation | |
| corpus building | |
| corpus linguistics | |
| Costs | |
| count | |
| counterfactual explanation | |
| coupled analysis framework | |
| coupled computation | |
| Coupled Simulation | |
| Covid Lockdowns | |
| COVID-19 | |
| Covid-19 Transmission | |
| criminal networks | |
| critical path | |
| criticality | |
| cryptanalysis | |
| Cryptocurrency price forecasting | |
| Curve Modelling | |
| Cutting planes | |
| cyber-physical system | |
| Cyberloafing | |
| D | |
| D-Wave | |
| Damage detection | |
| Damaged data detection | |
| Damaged-Building | |
| Data Analytics | |
| data assimilation | |
| data cartography | |
| data debugging | |
| Data driven | |
| data embedding | |
| data fitting | |
| Data heterogeneity | |
| Data integration | |
| data partitioning | |
| data placement | |
| Data Processing | |
| data reduction | |
| data replication | |
| Data Science | |
| data streams | |
| data structure | |
| Data Summarization | |
| data uncertainty | |
| data windowing | |
| data-driven predictor | |
| data-flow | |
| data-intensive computing | |
| Dataset balancing | |
| De-Identification | |
| DeBERTa | |
| Decentralized oracle | |
| Decentralized-learning | |
| Decision Tree-based algorithms | |
| decision trees | |
| Deep Convolutional Neural Networks | |
| Deep Learning | |
| Deep Least-Squares method | |
| Deep Models | |
| deep neural network | |
| Deep Neural Networks | |
| Deep Operator Networks | |
| deep reinforcement learning | |
| Deep Ritz method | |
| deformable particle | |
| Delaunay Triangulation | |
| Delta-Adjustment | |
| Dendrite | |
| denoising | |
| density functional theory | |
| Depth Active Appearance Model | |
| Design Patterns | |
| Design through analysis | |
| Deswelling | |
| Diabetes | |
| Diabetic Foot Ulceration | |
| diagonalization | |
| Diamond | |
| differentiable framework | |
| Differentiable Physics | |
| differential data maps | |
| differential equations | |
| Differential privacy | |
| Diffusion | |
| diffusion dynamics | |
| diffusion magnetic resonance imaging | |
| Diffusion Maps | |
| digital duplicates | |
| digital image processing | |
| Digital platforms | |
| Digital twin | |
| dimensionality reduction | |
| Dipole Antenna Array | |
| Directed interval arithmetic | |
| disaster information management | |
| discontinuous Galerkin methods | |
| discourse studies | |
| Discourse Toxicity | |
| discrete logarithm problem | |
| Discrete Simulation | |
| Discretisation | |
| Disease progress | |
| Dispersed Data | |
| Dispersion model | |
| Dissolution | |
| Distance Similarity Search | |
| Distributed Computing | |
| Distributed Stream Processing | |
| DLT | |
| DNN | |
| Document-level Relation Extraction | |
| domain confinement | |
| domain decomposition | |
| domain knowledge | |
| domain specific languages | |
| double-bracket flow | |
| doubly-constrained flows prediction | |
| drone | |
| Drug release | |
| Dynamic Core Binding | |
| Dynamic Graphs | |
| Dynamic Load Balancing | |
| Dynamic modeling | |
| Dysgraphia | |
| dysgraphic aid | |
| E | |
| Early exit | |
| Earned Value Management | |
| Echo State Networks | |
| Edge computing | |
| Education | |
| EEG | |
| efficient global optimization | |
| einsum | |
| Elastic-plastic problem | |
| electric vehicle | |
| electroencephalography (EEG) | |
| Electromagnetic Field Pattern | |
| Electronic Health Records | |
| Elliptic PDEs | |
| EM-driven design | |
| Embedding Alignment | |
| Emotion Recognition | |
| Emotions Classification | |
| Empirical studies of programming | |
| Empirical studies of user behaviour | |
| energy consumption | |
| energy saving | |
| Energy stability | |
| Energy-stable scheme | |
| Enriched Lagrangian finite elements | |
| Ensemble Anomaly Detection | |
| ensemble Kalman filter | |
| ensemble of numerical solutions | |
| entity linking | |
| Entity resolution | |
| Environmental monitoring | |
| EOSC | |
| epidemiology | |
| error estimates | |
| Euler equations | |
| European Union | |
| Evasion Attack | |
| Evolution equations | |
| evolutionary algorithms | |
| exascale systems | |
| Excessive Internet Use | |
| Explainable AI | |
| explainable artificial intelligence | |
| explainable reinforcement learning | |
| extended cloud | |
| Extreme events | |
| Extreme Learning Machine | |
| eye move computations | |
| eye moves | |
| eye tracking | |
| F | |
| Facial Emotions | |
| Facial Expression Recognition | |
| Fair evaluation | |
| Fairness | |
| Fake News | |
| False Discovery Rate | |
| False Omission Rate | |
| Fast image hash | |
| fast prototyping | |
| feature compression | |
| feature engineering | |
| feature extraction | |
| Feature Extractions | |
| feature selection | |
| Federated Learning | |
| Federated Search Engines | |
| Field force | |
| Field Reconstruction | |
| Film Boiling | |
| Financial distress | |
| finite element method | |
| Finite Elemet Method | |
| finite-element model | |
| Finite-Volume Method | |
| Firmware Generation | |
| First-principles calculation | |
| Fisher Information | |
| Fitbit | |
| FitzHugh-Nagumo model | |
| Flexibility matrix | |
| Flight simulators | |
| floating-point arithmetic | |
| Flood | |
| Flow Simulation | |
| fluid flow | |
| Fluid-flow | |
| flying car | |
| flying focal spot | |
| fNIRS | |
| Forced Displacement Simulation | |
| Forest Fire Spread Simulator | |
| Fourier basis | |
| Fourier Neural Operator | |
| FPGA | |
| fraud detection | |
| Full-Text Search | |
| functional approximation | |
| functional connectivity | |
| Functional data | |
| Fused Deep Convolutional Neural Networks | |
| fusion power-plan systems | |
| fusion reactor | |
| Fuzzy Logic | |
| fuzzy solutions | |
| G | |
| gait analysis | |
| Game-Based Learning | |
| GAN | |
| gaussian boson sampling | |
| Gaussian Process Regression | |
| Generalized Divergence | |
| Genetic Algorithm | |
| Genome assembly | |
| Genotype | |
| geometric nonlinearity | |
| GIS | |
| Glenoid bone loss | |
| Global Governance | |
| global optimization | |
| Global sensitivity analysis | |
| global surrogate modeling | |
| Goal-Oriented Adaptivity | |
| Goal-oriented methods | |
| Golang Programming Language | |
| GPGPU | |
| GPT-Neo | |
| GPU | |
| Gradient-free Optimization | |
| grammatical inference | |
| Granular Computing | |
| graph | |
| graph attention networks | |
| Graph classification | |
| Graph descriptors | |
| Graph Embedding | |
| Graph Laplacian | |
| graph neural network | |
| Graph Neural Networks | |
| Graph optimization | |
| Graph Regression | |
| graph representation learning | |
| graph transformations | |
| graphite forms classification | |
| Graphs | |
| Grassmannian diffusion maps | |
| gravity model | |
| Green Infrastructures | |
| Greybox Environment | |
| ground state | |
| Group | |
| GTZAN | |
| H | |
| H-matrices | |
| H-terminated diamond | |
| Hail cannon | |
| hand gesture recognition | |
| handwritten text recognition | |
| Headed constituencies | |
| Health decision support | |
| Healthcare | |
| heavy-tail simulation | |
| Hemostasis | |
| heterogeneous computing | |
| Heterogeneous graph neural networks | |
| Heterogeneous porous media | |
| Heuristic rules | |
| hexahedral mesh | |
| hierarchical learning | |
| High Performance Computing | |
| high-dimensional data | |
| High-Level Synthesis | |
| High-Performance Computing | |
| Higher order approximation | |
| HOBO | |
| Homogenization | |
| HOT SAX | |
| hp-Adaptivity | |
| HPC | |
| HPC efficiency | |
| HPC performance | |
| Human Brain | |
| Human expertise | |
| Humanities | |
| hybrid electric vehicle | |
| Hybrid forecasting models | |
| Hybrid method | |
| hybrid models | |
| Hybrid Parallelization | |
| hybrid quantum algorithm | |
| hybrid quantum computing | |
| Hydrodynamics | |
| Hydrogen | |
| hypergraph partitioning | |
| Hyperparameters | |
| hyperspectral image | |
| Hyperthermia | |
| I | |
| ideological polarisation | |
| image classification | |
| image classification using deep neural network | |
| Image Data Processing | |
| Image Processing | |
| image reconstruction from projections | |
| Imbalanced data | |
| Imbalanced dataset | |
| Imitation Learning | |
| Immersed-Boundary | |
| Implementation Uncertainties | |
| Imputation | |
| In silico | |
| In situ computational steering | |
| in-silico design | |
| in-silico tool | |
| independent data sources | |
| influenza | |
| Information criterion | |
| Information Extraction | |
| initial conditions | |
| Innovative interaction techniques | |
| Input data preparation | |
| Input data Uncertainty | |
| Institutional Design | |
| Institutional Grammar | |
| integer factorization | |
| Integer Linear Programming | |
| Integer Program | |
| Integer programming | |
| intelligent biometric identification | |
| Intelligent Transportation System | |
| Interactive High Performance Computing | |
| Interference | |
| internally displaced persons | |
| International organisations | |
| Internet of Things | |
| interval arithmetic | |
| Interval fast parametric integral equations system | |
| Interval numbers | |
| Inverse Problems | |
| IoT | |
| irremovable uncertainty | |
| Ising | |
| Isogeometric Analysis | |
| Isogeometric Finite Element Method | |
| Isotropic change of mass | |
| Iterative Algorithm | |
| Iterative methods | |
| J | |
| Jet | |
| Job | |
| Job Demands | |
| Joint Entity and Relation Extraction | |
| Julia | |
| K | |
| kernel methods | |
| keyword extraction | |
| Knapsack | |
| knn | |
| KNN classification | |
| kNN graph visualization | |
| Knowledge Engineering | |
| knowledge graph | |
| Knowledge hypergraph | |
| L | |
| label noise | |
| large data sets | |
| large language models | |
| Large-eddy simulations | |
| Latent Dirichlet Allocation | |
| Latin manuscripts database | |
| lattice Boltzmann method | |
| Lattice-Boltzmann | |
| LCS method | |
| Leading Point Multi-Regression Model | |
| Leading Zero Counters | |
| League of Legends | |
| Learning-based optimization | |
| least-squares finite element method | |
| LeGO | |
| Length of stay | |
| LiDAR | |
| linear algebra | |
| Link Prediction | |
| Lithium battery cell | |
| load balancing | |
| local operator | |
| Localization | |
| LocalMaxs algorithm | |
| logistic regression | |
| Logistics | |
| Long Short-Term Memory | |
| Low-regularity solutions | |
| Lower Bound | |
| M | |
| Machine Learning | |
| Machine translation task | |
| Magnetogram Image Descriptor | |
| Magnetogram Image Hash | |
| magnetospheric dynamics | |
| Mainshock-Aftershock Sequence | |
| Malware Detection | |
| Markov chains | |
| Markov Model | |
| Markov-Chain-Monte-Carlo | |
| Massive Databases | |
| Material Transport | |
| materials science | |
| mathematical didactic | |
| mathematical modeling | |
| mathematics of computing | |
| matrix compression | |
| Matrix profile | |
| MaxCompiler | |
| MCDA | |
| mechanical model | |
| Mechanical properties | |
| Mechanobiology modelling | |
| Medical image analysis | |
| Medical records | |
| Medicine | |
| memory hierarchies | |
| Memory management | |
| Memory Palace | |
| Mental Healthcare | |
| mesh-adaptive neural network | |
| Meshless | |
| Meshless FDM | |
| Message Passing | |
| Meta-Heuristic | |
| Metaheuristic Algorithms | |
| Metamorphic Testing | |
| Method of Fundamental Solutions | |
| metric learning | |
| Metric-based Index | |
| Microsoft Academic Graph | |
| migration studies | |
| minimum distance | |
| Missing Data | |
| Missing Not At Random | |
| mixed element | |
| Mixed integer programming | |
| mixed precision | |
| Mixed-integer programming | |
| Mixed-precision | |
| Mnemonics | |
| MNIST Benchmark | |
| model | |
| Model Performance | |
| Model Predictive Control | |
| Model reduction | |
| Modeling | |
| Modelling | |
| Modularity maximization | |
| Molecular Dynamics | |
| Molecular-Continuum | |
| Momentum | |
| Monte Carlo | |
| Monte Carlo integration | |
| Monte Carlo simulation | |
| Moral Foundations Dictionary | |
| Moral Foundations Theory | |
| mortar mixed finite elements | |
| motion capture | |
| Moving Boundary | |
| moving grids | |
| MPI | |
| MR angiography simulation | |
| Multi-Agent Systems | |
| Multi-criteria decision analysis | |
| Multi-label classiffication | |
| Multi-modal | |
| Multi-objective Quantum-inspired Genetic Algorithm | |
| Multi-omics data | |
| Multi-region analysis | |
| Multi-Task Learning | |
| Multiclass datasets | |
| Multidimensional analysis | |
| multifractality | |
| multigraph | |
| Multilateral diplomacy | |
| Multilateralism | |
| multilayer networks | |
| Multimodal Ensembles | |
| multimodal monitoring | |
| Multiphase Model | |
| multiple cameras | |
| multiple drones | |
| Multiple Sclerosis | |
| multiple sclerosis (MS) | |
| Multipoint method | |
| multiscale flat norm | |
| Multiscale method | |
| multiscale modeling workflow | |
| Multiscale Modelling | |
| multiscale mortar method | |
| Multiword Expressions | |
| Music Information Retrieval | |
| N | |
| n-body problem | |
| Named Entity Recognition | |
| Nanoscale | |
| Narrative Medicine | |
| Natural convection | |
| Natural Disaster | |
| Natural language generation | |
| Natural Language Processing | |
| Natural language queries | |
| nature-inspired optimization | |
| Navier-Stokes equations | |
| Nearest Neighbor Architectures | |
| Nek5000 | |
| Neo-Hookean materials | |
| Network analysis | |
| Network coverage and lifetime | |
| Network diffusion models | |
| Network Modelling | |
| Network science | |
| network validation | |
| Neural network | |
| Neural network model | |
| neural networks | |
| Neural ODE | |
| neurodegenerative diseases | |
| Neuron | |
| Neurophysiology | |
| NLP | |
| NNC | |
| Node Centrality | |
| Noise | |
| noisy labels | |
| nominal-continuous data | |
| non-matching grids | |
| nonaffine grids | |
| nondeterministic automata | |
| Nonlinear Dynamics | |
| Nonmetallic materials | |
| Nonparametric estimation | |
| Nonstationary many-body problem | |
| Normalization | |
| NoSQL databases | |
| Numerical Integration | |
| Numerical simulation | |
| O | |
| object detection | |
| Obstacle avoidance | |
| offline writer identification | |
| one class classification | |
| Ontological Modelling | |
| Ontology | |
| Ontology-Driven Edge Computing | |
| open-source agent-based models | |
| OpenACC | |
| OpenAIRE Graph | |
| opencast miniG | |
| OpenFOAM | |
| opinion formation | |
| opinion spread | |
| optical character recognition | |
| optimal control | |
| optimal interpolation | |
| optimal path planning | |
| optimal test functions | |
| Optimization | |
| optimizer learning | |
| Ordinal pattern | |
| out-of-distribution detection | |
| Outdoor Swimming Pools | |
| outlier detection | |
| P | |
| parallel algorithms | |
| Parallel and Sequential Implementation | |
| Parallel computing | |
| Parallel processing | |
| Parallel programming | |
| Parallelism | |
| Parameter estimation | |
| Parametric PDEs | |
| Parametric simulation | |
| Parkinson's disease | |
| Partial Differential Equations | |
| particle swarm optimization | |
| PAS2Ptool | |
| Pawlak conflict analysis model | |
| PBL | |
| Pedestrian flow | |
| Pegasus WMS | |
| Penalized likelihood | |
| Penalty | |
| Peng-Robinson fluid | |
| Performance improvement | |
| Performance portability | |
| Permeation | |
| personalization | |
| Personalized medicine | |
| Perspective distortions | |
| Petrov-Galerkin method | |
| phase correction | |
| photonic quantum computation | |
| PHS | |
| physical field reconstruction | |
| Physics Informed Neural Networks | |
| physics-informed | |
| Physics-informed Machine Learning | |
| physics-informed neural networks | |
| PIES | |
| PINN | |
| Pipes measurement | |
| plant diseases recognition | |
| plant recognition | |
| Plasma Physics | |
| Platelet adhesion | |
| Platelet aggregate stress | |
| Platelet aggregation | |
| Plates | |
| PLGA (poly lactic-co-glycolic acid) | |
| Poincare variables | |
| point clouds | |
| Poisson problems | |
| polarisation | |
| Polarity Detection | |
| Polish | |
| Polish emotion classification | |
| Political Discourse | |
| Politics | |
| Polyelectrolyte Gel | |
| Polyhedron volume computation | |
| Polynomial chaos expansion | |
| Pooling | |
| Popularity bias | |
| Popularity preference | |
| Poroelasticity | |
| porous materials | |
| POSMAC | |
| Power Grid | |
| Precursors | |
| Prediction of mechanical parameters | |
| predictive maintenance | |
| Prescribed Fire | |
| privacy | |
| Privacy paradox | |
| Probability | |
| Problem-solving and computational thinking | |
| Process Mining | |
| program synthesis | |
| Programming Education | |
| propeller | |
| prostate cancer | |
| Psychiatric therapy | |
| public policy | |
| PubMed | |
| PyFEM code | |
| Q | |
| QAOA | |
| QC simulation | |
| quadratic knapsack problem | |
| quadratic unconstrained binary optimisation problem | |
| quadrilateral mesh | |
| Quadrilateral meshes | |
| qualitative research | |
| quantum | |
| quantum advantage | |
| quantum algorithm | |
| Quantum Annealing | |
| Quantum Artificial Intelligence | |
| Quantum Circuits | |
| quantum computers | |
| Quantum Computing | |
| quantum gate synthesis | |
| Quantum information theory | |
| Quantum Kernel | |
| Quantum Machine Learning | |
| Quantum Neural Networks | |
| Quantum Support Vector Machine | |
| quasi-commuting diagram property | |
| Quasi-gas dynamic equations | |
| QUBO | |
| Question answering | |
| QUIC-Fire | |
| R | |
| Radial Basis Function | |
| Radial Basis Function Neural Network | |
| Radius estimation | |
| Ramsey numbers | |
| random dot product graphs | |
| random forest | |
| random media | |
| Range Query | |
| Ranking | |
| Rare diseases | |
| RBC mechanics | |
| RBF | |
| RBF-FD | |
| Readout | |
| Real-Time Inversion | |
| rebinning | |
| recommender systems | |
| Reconstructing vibrations | |
| Reconstruction | |
| recurrent neural networks | |
| Reduced Order Modelling | |
| reflexive saccades | |
| regression | |
| Reinforcement learning | |
| Relative expression analysis | |
| remote sensing data | |
| Renewable Energy | |
| Representation theory | |
| Reputation-based consensus | |
| Research Project System | |
| research student project | |
| resonance | |
| Resource | |
| resource consumption | |
| Resource prediction | |
| Respiratory organ | |
| Retrofitting of Buildings | |
| reverse engineering | |
| robustness | |
| Rough Set | |
| routing | |
| Rubber calendering process | |
| Rule-Based Systems | |
| Rules | |
| Runtime Environment Prediction | |
| Russian natural language | |
| S | |
| saccade detections | |
| Safety | |
| SARS-CoV-2 | |
| SAT | |
| SAT models | |
| satellite telemetry | |
| Satisfiability | |
| SAX | |
| scale-free network | |
| Scattered data interpolation | |
| scattering | |
| Scheduling | |
| school segregation | |
| scientific data analysis workflows | |
| scientific machine learning | |
| Scientific Software | |
| Scientific Workflows | |
| SDN | |
| sea ice | |
| second-largest cluster | |
| second-order elliptic problem | |
| Second–order CA | |
| Secular perturbations | |
| self-adapting networks | |
| Self-distillation | |
| Self-supervised learning | |
| Semantic Hashing | |
| sEMG signal classification | |
| Semi-supervised learning | |
| sensitivity analysis | |
| sensors | |
| Sentence-transformers | |
| Sentiment Analysis | |
| Sentimental analysis | |
| Sequential decision making | |
| Sequential recommendation | |
| sequential sampling | |
| Shape-preservation | |
| shareable non-fungible tokens (sNFT) | |
| ship weather routing | |
| Siamese Autoencoder | |
| simulated annealing | |
| Simulation | |
| simulation-based forecasts | |
| simulation-based optimisation | |
| simulations | |
| Single-phase Flow | |
| Singular Value Decomposition | |
| SLAM | |
| small-world | |
| smart cities | |
| Smart City | |
| smart production | |
| Smoothed Particle Hydrodynamics | |
| Sobol' indices | |
| social bot classification with images | |
| social bot detection | |
| Social Computing | |
| social context | |
| Social Intelligence | |
| Social media | |
| Social Media Platforms | |
| social media usage behaviour | |
| Social Network | |
| social network analysis | |
| social networks | |
| social opportunity | |
| Soft Label | |
| Softmax alternative | |
| Software Engineering | |
| Solar activity analysis | |
| Solar image description | |
| Sound Analysis | |
| source space analysis | |
| space plasma | |
| space-time domain decomposition | |
| space-time formulation | |
| spacecraft charging | |
| Spanish | |
| Sparse Identification of Nonlinear Dynamics | |
| Sparse prediction | |
| Sparse probability function | |
| Spatial Prisoner’s Dilemma | |
| spatial programming | |
| Spectral Clustering | |
| Speech Emotions | |
| spell checking | |
| spelling correction | |
| squares | |
| stability | |
| Stack Overflow | |
| State of Charge | |
| Statistical Analyzes | |
| Statistical Extractor | |
| statistical method | |
| steelmaking automation | |
| Stencil | |
| Stochastic Methods | |
| stop criterion | |
| Stopwords | |
| Storage | |
| Stress | |
| strokes | |
| structural complexity | |
| Structural Health Monitoring | |
| Structure Health Monitoring (SHM) | |
| Student success prediction | |
| Stylometry | |
| Subdiffusive motion | |
| Supervised Learning Methods | |
| Supervised machine learning | |
| supOU Processes | |
| Supply Chain | |
| surface | |
| surface reconstruction | |
| surrogate model | |
| surrogate modeling | |
| Surrogate Modelling | |
| survey | |
| Survey Analysis | |
| survey data preprocessing | |
| SVD | |
| SWAP gate | |
| symbolic calculation | |
| Symbolic Regression | |
| Synaptome | |
| Syntactic structures | |
| synthetic networks | |
| Synthetic Population | |
| system dynamics | |
| System Identification | |
| T | |
| t-SNE | |
| T5 language model | |
| Tactical conflict management | |
| task-based scheduling | |
| Tempo | |
| Temporal Network | |
| tensor expressions | |
| tensor streaming processor | |
| tensor subspace analysis | |
| tensor train decomposition | |
| Text Analysis | |
| text correction | |
| Text Feature Extraction | |
| Text generation | |
| Text Mining | |
| Text pre-processing | |
| Text-based emotion recognition | |
| The Cahn-Hilliard equation | |
| The Navier-Stokes equation | |
| Thermal Infrared Image | |
| Thermal stability | |
| Thermocapillarity | |
| Thrombosis | |
| thrust forces | |
| Time series classification | |
| Time Signature | |
| Time-delayed systems | |
| Time-varying mesh | |
| Topic clustering | |
| Topic Evolution | |
| Topic modeling | |
| Topic Modelling | |
| Trace Theory | |
| tracking | |
| Trading environment | |
| traffic classification | |
| Traffic Flow | |
| transfer learning | |
| transformers | |
| Transport | |
| travel mode choices | |
| triangles | |
| Troubleshooting | |
| Tsunami | |
| Tuberculosis | |
| Tuning methodology | |
| Twitter bot classification | |
| Twitter bot detection | |
| two-body | |
| Two-phase Flow | |
| U | |
| UAV | |
| un-typical daily profiles | |
| Uncertainty | |
| Uncertainty Quantification | |
| Undergraduate Engineering Students | |
| UNESCO | |
| uniform distribution | |
| Unitary t-designs | |
| United Nations | |
| United Nations Security Council | |
| university education | |
| university-industry cooperation | |
| unmanned aerial vehicle | |
| unplugged gamification | |
| unresolved CFD-DEM | |
| Unstructured Conservative Level-Set Method | |
| unstructured finite-element method | |
| Unstructured Flux-Limiters | |
| Unstructured Meshes | |
| Unsupervised Inversion | |
| Unsupervised learning | |
| urban mobility | |
| Urban scale | |
| user preference | |
| V | |
| VADER | |
| Validation methods | |
| Vapor-Liquid Phase Change | |
| variable resolution models | |
| Variable Surface Tension | |
| variational diagonalization | |
| variational model | |
| Variational Splitting | |
| Varying Environmental and Operational Conditions | |
| Vessel segmentation | |
| Vesselness function | |
| Vicon | |
| video oculometry | |
| Virtual Tour | |
| viscoelastic analysis | |
| vision processing | |
| Vision system | |
| Vision Transformer | |
| Vivado | |
| VLSI | |
| Volume-temperature (VT) flash | |
| Voting | |
| Voting Networks | |
| Voting pattern | |
| W | |
| wake dynamics | |
| wave propagation | |
| wave-equations | |
| Weak formulations | |
| Weak Galerkin | |
| wearables | |
| Weather Prediction | |
| web attack | |
| Web Portal | |
| weighted Hamming metric | |
| Weighted Networks | |
| Wildfire Perimeter | |
| Wildfires | |
| willingness to pay | |
| Wind farm layout optimization | |
| Wireless sensor networks | |
| Work Performance | |
| Work Satisfaction | |
| workflow | |
| World Health Organisation | |
| WRF-Chem | |
| X | |
| X-ray computed tomography | |
| xgboost | |
| Y | |
| YOLOv5 | |