TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| $ | |
| $\bar\partial$- Neumann problem | |
| - | |
| - Accelerator | |
| - Electrodermal Activity | |
| - Gesture | |
| - Machine Learning | |
| - Photoplethysmography | |
| - Strain sensor | |
| - Stress | |
| - Vietnamese sign recognition | |
| 3 | |
| 3CLpro | |
| 3D model | |
| 3D Reconstruction | |
| 3D simulation | |
| A | |
| A Model of Blood and Infusion Warmer in Surgey | |
| acnes | |
| Adjustable | |
| Affine variational Equatorial | |
| Air-flow | |
| Aircraft recognition | |
| Amplitude dynamics | |
| anodic TiO2 | |
| Anomaly | |
| Ansys | |
| apple flesh | |
| apple skin | |
| applied physics | |
| approximate projection method | |
| Approximate solution map | |
| approximation | |
| Aquatic animals | |
| Ar/O2 plasma | |
| Argon plasma | |
| Au nanomaterials | |
| AUs | |
| auxetic metamaterials | |
| Auxiliary Printer | |
| B | |
| Backward to Boundary | |
| Bacterial | |
| Banana color changes | |
| battery | |
| Bergman kernel | |
| Bergman projection | |
| Bergman quasi-asymptotically nonexpansive mapping | |
| Binary SVM | |
| Bioceramics | |
| Biomaterials | |
| Biomechanical | |
| Bland-Altman | |
| Blood | |
| blood glucose | |
| blood glucose monitoring | |
| Blood pressure | |
| Blood Warmer | |
| Blue LEDs | |
| Board | |
| Bone substitute | |
| breast mass classification | |
| Bubble-like Foamed Material | |
| C | |
| C. acnes | |
| cables | |
| CAD | |
| Cadmium | |
| Cauchy problem | |
| CDSIO | |
| Cervical | |
| cervical vertebrae | |
| CFD | |
| Chloride diffusion coefficient | |
| Choquet Integral | |
| Clarke's error grid | |
| Classification | |
| Coadjoint orbit | |
| Coadjoint orbits | |
| Cobb angle | |
| Cold atmospheric plasma | |
| combustion process | |
| Compression test | |
| Computer Fluid Dynamic (CFD) | |
| computer vision | |
| COMSOL Multiphysics | |
| concentration state | |
| condition | |
| consumable power | |
| Control CVT tes-bench | |
| Convergence | |
| convex sets | |
| Copper | |
| Corotational formulation | |
| counter-movement | |
| Covid-19 | |
| Crack detection | |
| Crack Growth | |
| Crack Growth Simulation | |
| cracked plate | |
| Crank – Nicolson sheme | |
| critical supercurrent | |
| cross-sectional image | |
| CTCB | |
| CTM | |
| Cubic loss | |
| curve fitting | |
| CVT test-bench | |
| D | |
| damping | |
| Danio rerio | |
| DAP | |
| DC function | |
| Dean | |
| deception detection | |
| Decision - making | |
| Decision making | |
| degenerative spine | |
| demicontractive mapping | |
| Density functional theory calculation | |
| Dental lesions | |
| Detection | |
| diabetes | |
| directional derivative | |
| Discharger - Receptor | |
| Discrete element method | |
| disinfection | |
| Disorder | |
| docking method | |
| dose | |
| double phase | |
| Dynamic analysis | |
| E | |
| ear | |
| Eccentricity | |
| ECG simulator | |
| EEG | |
| EEG signal | |
| effect of cooling rate | |
| efficiency | |
| EIDOR | |
| EIDORS | |
| elastic problem | |
| Electric motorcycles | |
| electrical conductivity | |
| Electrical impedance tomography | |
| electrical rectifier circuits | |
| Electrocardiography | |
| elliptic perforated plate | |
| Embryos | |
| endoscopic images | |
| energy consumption | |
| energy distribution of photons | |
| ensemble learning | |
| Equilibrium problem | |
| estimation depth | |
| Euler-Bernoulli beams theory | |
| experiments | |
| Exponential stability | |
| Exponential stability in mean square | |
| Extended Finite Element Method | |
| extended meshfree method | |
| extragradient | |
| F | |
| Faithful representation | |
| FGM | |
| Filtered Back Projection | |
| FINAL VALUE PROBLEM | |
| fingers | |
| Finite element method | |
| Finite Element Method (FEM) | |
| Finite Volume Method | |
| Finite Volume Method (FVM) | |
| Fire-fighting launcher | |
| fixed point problem | |
| fixed-point iteration | |
| flexure | |
| Foliation | |
| Fracture Mechanic | |
| Front Tracking | |
| Functionally Graded Materials | |
| Fungi | |
| Fuzzy Logic | |
| Fuzzy measure | |
| G | |
| Gateaux variation | |
| gaze | |
| Gearbox | |
| General of engineering mechanics | |
| generalized mixed variational-like inequality problem | |
| Gerstewitz’s nonlinear scalarization function | |
| Granular flows | |
| Greetings | |
| ground pork | |
| H | |
| H\"older continuity | |
| hand | |
| Harmful effects of lead | |
| Health | |
| Heating Rate dependence | |
| Heavy metal | |
| Heavy metals | |
| Heterogeneous tissue | |
| Hierarchical interpolation | |
| histogram | |
| Homogenization | |
| Horizontally Curved Beam | |
| human back skin | |
| HVAC | |
| hybrid iterative process | |
| hydrogen adsorption | |
| HYPER-BESSEL OPERATOR | |
| I | |
| image processing | |
| Image sets | |
| Imaging 3D | |
| Implicit Schema | |
| inequality | |
| inertial | |
| Infrared technique | |
| Infusion Warmer | |
| Inhomogeneity | |
| Initial Domain | |
| Integro-differential systems | |
| internal combustion engine | |
| J | |
| Jeffcott shaft | |
| K | |
| K-orbit | |
| Kelvin Cell | |
| Kinetic energy | |
| Knee osteoarthritis | |
| L | |
| LabVIEW application | |
| Lagrange multiplier rule | |
| Large displacement analysis | |
| LDA | |
| Lead | |
| Lexicographic equilibrium problems | |
| Lie algebra | |
| Lie group | |
| Lifespan | |
| light propagation | |
| Lightweight particle content | |
| Limit of agreement | |
| Lipschitz-type condition | |
| local max to global min" property | |
| Local min to global min" property | |
| Low cost | |
| low level laser | |
| low level laser therapy | |
| low-level laser | |
| Low-level Laser Therapy | |
| low-level laser therapy LLLT | |
| lumbar spine | |
| M | |
| Machine learning | |
| machine learning in physical and engineering | |
| maintenance | |
| Mask R-CNN | |
| mathematical model | |
| Matlab | |
| matrix equations | |
| MCML | |
| MD simulation | |
| measurable foliation | |
| measuring | |
| Mechanical behavior | |
| Mechanical Behaviour of Porous Materials | |
| Mechanical loads | |
| mechanical metamaterials | |
| Mechanics | |
| Medical Equipment | |
| Melting Point | |
| Melting range | |
| Meshfree method | |
| Meshless methods | |
| mesoscopic normal-metal island | |
| Microbeam | |
| microcontroller | |
| Microporosites concrete | |
| MIKE | |
| MIMICS | |
| minimal smoothness | |
| Mond-Weir duality | |
| Monte Carlo | |
| Monte Carlo method | |
| Monte Carlo Simualtion | |
| Monte Carlo simulation | |
| Monte Carlo simulation method | |
| Monte Carlo simulations | |
| Morphology | |
| MOSE | |
| Motor imagery | |
| Movement mechanism | |
| Moving Boundary | |
| Moving mass | |
| multispectral camera | |
| multispectral imaging | |
| Multivalued variational inequalities | |
| Musa Acuminata banana | |
| muscle | |
| Musielak-Orlicz-Sobolev spaces | |
| Mutation | |
| MyOpenMath | |
| N | |
| N1 Sleep stage classification | |
| natural frequency | |
| natural ventilation | |
| Nd1113 superconductor | |
| near-infrared | |
| near-infrared wavelengths | |
| necessary optimality conditions | |
| negative Poisson's ratio | |
| neural networks for beam structure | |
| Non-destructive quality assessment | |
| non-intrusive assessment method | |
| non-invasive | |
| Nonlinear optimal control problems | |
| Nonlinear scalarization | |
| Nonlinear Schrödinger model | |
| Normal stress | |
| O | |
| O-Graham algorithm | |
| Object mean intensity trend | |
| Open-cell Foams | |
| Opening Speech | |
| Optical beam collisions | |
| Optical beam propagation | |
| optical image | |
| optical system | |
| Optimal hip design | |
| Optimality | |
| optimality conditions | |
| Optimization | |
| Orthogonal convex hull | |
| orthogonal polygons | |
| orthogonally convex hulls | |
| Orthosphos SL | |
| Oscillating Water Column (OWC) | |
| Overlap distance | |
| P | |
| p-separability | |
| Painlev\'e-Kuratowski convergence | |
| Pan Integral | |
| Parkinson (PD) | |
| Peltier | |
| Penciclovir | |
| percentage of color intensity average | |
| pH | |
| photoanodes | |
| photocatalyst | |
| photoelectrochemical water splitting | |
| Physical Therapy | |
| physics – informed neural networks | |
| PID | |
| pilot results | |
| pleural effusion syndrome | |
| Point Spread Function | |
| polarized light | |
| pork | |
| pork quality classification | |
| positive definite solution | |
| Posselt | |
| pothole detection | |
| Preservation | |
| Priming wire launcher | |
| prioritized decision | |
| procedure | |
| Propagation Fracture | |
| prosthetics | |
| proximal operator | |
| PSD | |
| Q | |
| Quality Function Deployment | |
| quantum fluctuations | |
| quickhull algorithm | |
| R | |
| Radial basis functions | |
| Radial point interpolation method | |
| Radiomics | |
| Random forest | |
| Random forest classification | |
| Raspberry Pi 4 | |
| Rector | |
| Refined third-order shear deformation theory | |
| reflexive Banach spaces | |
| regression | |
| Reinforced Concrete | |
| Reissner-Mindlin plate | |
| Response | |
| RGB channels | |
| RGB image | |
| robotics | |
| Robust | |
| Robust stability | |
| Rock avalanches | |
| S | |
| Sandwich FGM beams | |
| SAR-CoV-2 | |
| SARS-CoV-2 | |
| scattering suppression | |
| Scoliosis | |
| Second-order optimality condition | |
| Segmentation | |
| semiconductor diodes | |
| semigroup | |
| separability | |
| Set less order relation | |
| Set optimization | |
| Set optimization problem | |
| Set optimization problems | |
| Several complex variables | |
| silicon carbide | |
| Simulate movement | |
| simulation | |
| Simulation experiment | |
| Single-channel EEG sleep stage classification | |
| single-modal | |
| single-wall-carbon-nanotube | |
| SIR model | |
| SMD method | |
| SOBOLEV EMBEDDINGS | |
| Soliton dynamics | |
| specific energy absorption | |
| Stability | |
| static analysis | |
| Stefan problem | |
| Stereo Vision | |
| sterilization process | |
| Stimulation | |
| Stochastic difference systems | |
| Storage | |
| Stress Intensity Factor | |
| Stress Intensity Factor (SIFs) | |
| Strict solutions | |
| Stroke | |
| Strongly monotonicity | |
| Subgradient | |
| sufficient optimality conditions | |
| superconducting properties | |
| Support vector machine | |
| Surface treatments | |
| SVM | |
| T | |
| teaching and studying effectiveness | |
| teaching methods | |
| tension | |
| Test experimental protocol | |
| the absorbing structure | |
| the concentration-compactness principle | |
| The Covid-19 pandemic | |
| The Hand | |
| Thermal | |
| Thermomechanical analysis | |
| Thompson metric | |
| Three-point Bending Test (TPBT) | |
| tibia | |
| Time-varying delay | |
| Timeseries | |
| Timoshenko beams theory | |
| Tomato | |
| training | |
| transillumination images | |
| transmission | |
| turbulent pressure | |
| two-dimensional | |
| tympanic membrane | |
| U | |
| Unbalanced Mass | |
| uncertain data | |
| Unet | |
| V | |
| Variable ordering structures | |
| variants of generalized convexity | |
| variational | |
| Vessels | |
| Vietnam | |
| virtual element method | |
| VIS-NIR | |
| VIS-NIR multispectral imaging analysis | |
| visible wavelengths | |
| Volume of Fluid (VOF) | |
| Voronoi Structure | |
| W | |
| water phase transition | |
| Water quality modelling | |
| Wave energy | |
| Wave Energy Converter (WEC) | |
| wavelengths | |
| weighted geometric mean | |
| Wells Turbine | |
| width of potholes | |
| Wolfe duality | |
| work cycle | |
| X | |
| X-ray Dental | |
| X-ray image | |
| XRPIM | |
| Z | |
| Zebrafish | |
| Zebrafish embryo | |
| Zebrafish embryos | |
| Zigzag Hexagonal Boron Nitride models | |
| Zn and Ni substitution | |