TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 1 | |
| 13.56MHz | |
| 140 GHz | |
| 1420 MHz | |
| 2 | |
| 2 X 2 MIMO | |
| 28 GHz | |
| 3 | |
| 3.3–3.5 GHz band | |
| 3D printed rod | |
| 3d printing | |
| 3D-printed | |
| 3D-printing | |
| 5 | |
| 5 GHz | |
| 5G | |
| 5G Antenna | |
| 5G networks | |
| 5G Sub-6 GHz | |
| 5G/6G networks | |
| 6 | |
| 6G | |
| 6G communications | |
| 7 | |
| 77 GHz antennas | |
| A | |
| A-Scanner measurement | |
| Absorbance | |
| Absorbers | |
| Absorption | |
| Accessibility | |
| Adaptive antennas | |
| ADAS | |
| additive manufacturing | |
| additive printing | |
| AESA | |
| AI | |
| AI in Design | |
| AI/machine learning | |
| Alexander Graham Bell | |
| algorithms | |
| Alpha Beta model | |
| Amateur Radio | |
| AMC | |
| Amplitude | |
| amplitude imbalance | |
| Angle of Arrival measurement | |
| Angular Stability | |
| Ansys HFSS | |
| Antarctica | |
| antenna | |
| Antenna array | |
| Antenna arrays | |
| antenna characterization | |
| Antenna Measurements | |
| antenna miniaturization | |
| antenna optimization | |
| antenna radiation | |
| Antenna Theory and Design | |
| Antenna-based sensing | |
| antenna-in-package | |
| Antennas | |
| anti-p53 | |
| Aperture | |
| Aperture Coupled Antenna | |
| applied mathematics | |
| Arc slots | |
| ARCore | |
| Array | |
| Arrays | |
| Artificial intelligence | |
| artificial neural network | |
| Attenuation | |
| attenuation synthesizer | |
| Augmented Reality | |
| average maximum directivity | |
| average maximum gain | |
| B | |
| Backhaul | |
| Bacteria | |
| band-pass | |
| band-stop | |
| Bandpass filter | |
| bandwidth | |
| Beam steering | |
| Beam steering Feedhorn | |
| beam widening | |
| beamforming | |
| Beamsplitting | |
| Bell Labs | |
| Biaxial anisotropic media | |
| Bio-inspired patch | |
| Biodegradable electronics | |
| Biosensor | |
| Blade-Dipole | |
| BLE | |
| Bluetooth | |
| boom length | |
| brain stimulation | |
| Breast Cancer | |
| breast cancer detection | |
| broadcast frequency | |
| Butler matrix | |
| C | |
| cable equation | |
| capillary tubes | |
| cellular base station | |
| Ceramic Waste | |
| channel modeling | |
| chiral | |
| Chitosan substrate | |
| CI model | |
| Circular | |
| Circular Array | |
| circular arrays | |
| Circular microstrip patch antenna | |
| circular polarization | |
| circular waveguide | |
| Circularly polarized | |
| CMM | |
| coaxial probe | |
| Common-Source | |
| Compact | |
| compact wrapped around | |
| Complementary Split Ring Resonator | |
| Complementary Split Ring Resonator (CSRR) | |
| complex materials | |
| Component | |
| Computational Electromagnetics | |
| computational EM | |
| computational physics | |
| computational-electromagnetics | |
| computer vision | |
| concentric rings | |
| Conformal antenna array | |
| conformal structure | |
| coplanar waveguide | |
| Coplanar Waveguide (CPW) | |
| Coprime | |
| Core | |
| corner loss | |
| corridor | |
| Cosmology | |
| Coupled lines | |
| Coupling Optimization | |
| Coverage | |
| CSRR | |
| CSSRR | |
| CST Simulation | |
| CST Studio Suite | |
| CubeSat | |
| D | |
| D-band | |
| DBSCAN | |
| Defected Ground Structure | |
| deployable | |
| Deployable Antenna | |
| Depth Sensing | |
| device modeling | |
| DG | |
| DGS (Defected Ground Structures) | |
| DGTD | |
| Dielectric characterization | |
| dielectric elliptical cavity | |
| Dielectric Permittivity | |
| dielectric resonator | |
| dielectric resonator antenna | |
| dielectric resonator antennas | |
| dielectric rod | |
| Dielectric Sensing | |
| dielectric slab antenna | |
| diffraction | |
| diffraction models | |
| digital TV | |
| Digital twins | |
| direction finding | |
| direction of arrival | |
| directional antennas | |
| discontinuities | |
| Dispersion diagram | |
| dispersive media | |
| distributed antennas | |
| DMFT | |
| DOA estimation | |
| Drude model | |
| drude-model | |
| Dual port | |
| Dual-Band | |
| dual-beam | |
| dysnatremia detection | |
| E | |
| e-plane | |
| ECC | |
| ECM | |
| EEG neuroimaging | |
| Effectiveness | |
| Efficiency in RF to DC conversion | |
| Electrical permittivity | |
| Electromagnetic Absorber | |
| Electromagnetic Characterization | |
| Electromagnetic Modeling | |
| electromagnetic simulation | |
| Electromagnetic soil analysis | |
| Electromagnetics | |
| electromagnetism | |
| Electroporation | |
| EMF exposure | |
| energy harvesting | |
| Epoch of Reionization | |
| Equations | |
| Ethanol | |
| evanescent-mode cavity | |
| exact solutions | |
| Experimental Validation | |
| Explainable Artificial Intelligence | |
| Extreme Gradient Boosting | |
| Extreme-Environment | |
| F | |
| FANET | |
| Fast Solvers | |
| feedhorn | |
| FEM simulations | |
| Ferrite | |
| filaments | |
| filtenna | |
| Filtennas | |
| finite-difference | |
| Firat Outer Model fractal | |
| Fixed Wireless Access | |
| Flexible | |
| flexible antennas | |
| FMCW radar | |
| foliar diseases | |
| food inspection | |
| forest canopy height | |
| Formulas | |
| FR4 substrate | |
| fractal antennas | |
| fractal structure | |
| Fredholm factorization | |
| Free-Space Path Loss (FSPL) | |
| Frequency Selective Surface | |
| Frequency Selective Surface(FSS) | |
| Frequency Selective Surfaces | |
| Frequency Selective Surfaces (FSS) | |
| Frequency sweep | |
| Friis | |
| FSO | |
| FSS | |
| Fuel adulteration | |
| Full-wave simulation | |
| G | |
| gain enhancement | |
| Gap Waveguide | |
| Gasoline | |
| GCPW | |
| Generalized Joined Coupler | |
| Genetic Algorithm (GA) | |
| Geolocation | |
| Gielis | |
| GNSS | |
| GNSS meteorology | |
| GNSSVis | |
| GNU Radio signal processing | |
| GPS L1 | |
| GPSDO | |
| GPU | |
| graphene strip | |
| Green's function | |
| Green’s function | |
| ground penetrating radar | |
| Ground Penetrating Radar (GPR) | |
| Grounded dielectric slab | |
| H | |
| Half Mode Groove Gap Waveguide | |
| Half-Mode Groove Gap Waveguide | |
| hashtable | |
| helical antennas | |
| High Gain | |
| High Voltage | |
| high-gain end-fire radiation | |
| High-power impedance matching | |
| higher symmetries | |
| Hollow concrete block | |
| human blockage | |
| hybrid log-periodic dipole arrays | |
| I | |
| I2V communication | |
| IBFD | |
| Icepak thermal | |
| IDC | |
| imaging antennas | |
| Impedance coupling network | |
| Impedance matching | |
| Impedance measurement | |
| Implantable Medical Devices | |
| in site measurements | |
| Indium Tin Oxide (ITO) | |
| indoor | |
| indoor propagation | |
| inductance | |
| InSb | |
| integral equations | |
| Interdigital capacitor | |
| Interdigital capacitors (IDC) | |
| Interference mitigation | |
| interferometry | |
| intrinsic cross-polarisation ratio | |
| IoT | |
| ISAC | |
| ISM band | |
| isorefractive | |
| IWDL | |
| J | |
| jamming | |
| K | |
| Ku band | |
| L | |
| label-free | |
| landmine detection | |
| large frequency ratio | |
| layered dielectric cylinder | |
| Leaky Wave Antenna | |
| Leaky-wave antennas | |
| LEOpar | |
| LiDAR | |
| Lightweight Mortar | |
| linear actuators | |
| linearity | |
| liquid materials | |
| Liquid Sensing | |
| LNB | |
| log-periodic dipole arrays | |
| Loop FSS | |
| LoRa | |
| Low noise amplifiers | |
| Low profile | |
| Low-Cost Devices | |
| low-cost instrumentation | |
| Low-Noise Amplifier | |
| low-pass filter | |
| LTS | |
| Luneburg Lens | |
| M | |
| machine learning | |
| maize | |
| mathematical physics | |
| Mathematics | |
| Matrix Pencil Method (MPM) | |
| matryoshka | |
| Mean Shift | |
| Meander Dipole | |
| measurement | |
| Measurements | |
| medical antennas | |
| Metamaterial | |
| Metamaterial absorbers | |
| Metasurface | |
| Metasurfaces | |
| method of analytical regularization | |
| method of moments | |
| microstrip | |
| microstrip antenna | |
| Microstrip antennas | |
| microstrip-Franklin | |
| Microwave | |
| Microwave Beam Control | |
| microwave breast imaging | |
| Microwave Imaging | |
| Microwave measurement system | |
| Microwave patch antenna | |
| microwave probe | |
| Microwave resonator sensor | |
| Microwave sensor | |
| Microwave Structures | |
| microwave-based detection | |
| Middle stub resonant cell | |
| Mikaelian lens | |
| millimeter band | |
| Millimeter wave communication | |
| millimeter waves | |
| millimeter-wave | |
| millimeter-wave radar | |
| MIMO | |
| MIMO efficiency | |
| miniaturization | |
| Miniaturized microwave devices | |
| ML | |
| mm wave communication | |
| mMIMO | |
| mmWave | |
| mmWave antenna | |
| mmWaves communications | |
| Mobile communications | |
| mobile radio channel characterization | |
| mobility | |
| Modulated Wave | |
| MTK-LA | |
| multi-scale EM problems | |
| multiband | |
| Multibeam networks | |
| Multifrequency | |
| Multifrequency antennas | |
| multipath | |
| MUSIC | |
| Mutual Coupling | |
| N | |
| narrowband absorber | |
| Near-field Inductive Coupling | |
| near-field phase distribution | |
| Nested | |
| network representations | |
| Neural Network | |
| neuron modeling | |
| Neutral hydrogen | |
| Next-Gen Comm | |
| NFC WLC | |
| Niobium pentoxide | |
| Noise Figure | |
| Nolen matrix | |
| Non Destructive Testing (NDT) | |
| Non-Destructive Testing | |
| non-invasive measurement | |
| Non-invasive soil sensing | |
| Numeracy | |
| O | |
| OAM Mode Generation | |
| observations and characterizations of snowflakes and snowfall | |
| Okumura-Hata | |
| omnidirectional antenna | |
| Omnidirectional coverage | |
| On-body | |
| open-stopband suppression | |
| optical propagation | |
| optical surface instrumentation | |
| Optically Transparent | |
| Optically Transparent Antenna (OTA) | |
| OPTICS | |
| Oscilloscope | |
| Outdoor propagation | |
| overwater propagation | |
| P | |
| pace-Technology | |
| Panel Mountable | |
| Partial discharges | |
| Passband | |
| Passive tag | |
| patch antenna | |
| patch antenna array | |
| Patch antennas | |
| path gain | |
| Path Loss | |
| path loss measurements | |
| pattern reconfiguration | |
| PBG | |
| Penrose Tile | |
| Permittivity and dielectric losses | |
| Permittivity Measurement | |
| Phantom | |
| Phase | |
| phase retrieval | |
| Phased array | |
| photonics | |
| physical bounds | |
| PIN diode | |
| PIN diodes | |
| planar filters | |
| Planar monopole antenna | |
| point cloud | |
| Poisson model | |
| polarimetric radars | |
| polarimetry | |
| polarization conversion | |
| polarization non-orthogonality | |
| polarization purity | |
| polarizer | |
| port reduction | |
| Position Optimization | |
| Power divider | |
| power-divider | |
| Precision agriculture monitoring | |
| prediction | |
| prediction model | |
| product design | |
| Programmable metasurface | |
| propagation | |
| propagation measurements | |
| Propagation models | |
| prototype | |
| PSADEA | |
| pseudo-Brewster angle | |
| Python automation | |
| Q | |
| QHA antenna | |
| Quality Water | |
| Quasiperiodic Pattern | |
| R | |
| radiation null synthesis | |
| radiation performance | |
| Radio Antennas | |
| radio astronomy | |
| radio environment maps | |
| radio frequency | |
| Radio Propagation | |
| radioastronomy | |
| radiometeorology | |
| Radiometry | |
| Radome | |
| rain attenuation | |
| rainfall rate | |
| Ray tracing | |
| RBF | |
| RCS | |
| reconfigurable | |
| Reconfigurable antennas | |
| Reconfigurable intelligent surface | |
| Reconfigurable Metasurfaces | |
| Reconfigurable reflectarray antenna | |
| rectangular patch | |
| rectangular patch antenna | |
| rectangular prism | |
| rectenna | |
| reflectarray | |
| reflection coefficient | |
| Reflector antenna | |
| Reflector antennas | |
| regularization | |
| Relative humidity | |
| Relative Humidity Sensors | |
| REM | |
| remote sensing | |
| resistance | |
| Resonant cavity antenna | |
| Resonant modes | |
| RF | |
| RF applicator | |
| RF attenuation analysis | |
| RF energy harvesting | |
| RFID | |
| ridge gap waveguides | |
| ring resonators | |
| Risely-prism | |
| RLOS | |
| rod antennas | |
| S | |
| S parameters | |
| S-band | |
| Sandwich Composite Structure | |
| Satellite | |
| satellite antennas | |
| satellite communication | |
| satellite identification | |
| satellite IoT | |
| satellite-to-Earth communication | |
| scattering | |
| screw symmetry | |
| SDR | |
| Sensitivity | |
| sensor | |
| Sensor Fusion | |
| sensors | |
| series fed array | |
| Series-Fed Loop | |
| Shadowing dynamics | |
| SHAP | |
| Shielding | |
| SHM | |
| Side Lobe Level (SLL) | |
| signal conditioning | |
| signal processing | |
| silicone substrates | |
| Slot Array | |
| smart antennas | |
| Software | |
| Software-defined radio | |
| Soil conductivity estimation | |
| Soil dielectric characterization | |
| Space antennas | |
| SParameters | |
| Sparse arrays | |
| Spatial Diversity | |
| Spatial Multiplexing | |
| special functions | |
| spectral domain | |
| spectral efficiency | |
| Spectral representation method | |
| Split-Ring Loops | |
| SSPE model | |
| Standards | |
| Starlink | |
| Stationary | |
| Statistical channel modeling | |
| stealth | |
| STEM | |
| Stokes leakage | |
| Stop band | |
| street canyon | |
| stripline technology | |
| Structural Health Monitoring | |
| Sturm-Liouville equation | |
| Sub-6GHz | |
| Sub-GHz | |
| sub-THz | |
| sub-THz coverage | |
| substrate | |
| substrate-integrated waveguide (SIW) | |
| Support Vector Machines (SVM) | |
| symbolic regression | |
| Symmetric | |
| symmetrical radiation pattern | |
| Synthesis | |
| T | |
| TC-2 | |
| Telemetry | |
| temperature-dependent | |
| Terms—Microwave Imaging | |
| terrestrial links | |
| Three-layer FSS | |
| tides | |
| time modulated arrays | |
| time-domain | |
| Time-domain amplitude response | |
| transmission | |
| Transmittance | |
| Travelling wave antenna | |
| Tunable Propagation | |
| Two-Ray | |
| two-ray model | |
| U | |
| U-Net | |
| UAV | |
| UAV inspection | |
| UHF frequency | |
| UHF monitoring | |
| ULA | |
| ultra wideband radar | |
| Ultra-Low-Power | |
| unit-cell design | |
| unsupervised clustering | |
| USRP | |
| USRP B200 mini | |
| USRP B200mini | |
| UWB | |
| UWB antenna | |
| UWB antennas | |
| V | |
| V2X | |
| VANET | |
| Varactors | |
| Vehicular channels | |
| Vehicular Sensing | |
| VHF | |
| via fences | |
| visibility | |
| Vivaldi | |
| Vivaldi Antenna | |
| VNA | |
| Void Index | |
| W | |
| W-band | |
| water vapor attenuation | |
| wave motion | |
| Waveguide | |
| waveguide characterization | |
| WBAN | |
| Wearable | |
| Wearable Antenna | |
| Wet antenna effect | |
| Wideband | |
| Wideband Antenna | |
| Wiener-Hopf method | |
| WiFi | |
| Wireless applications | |
| Wireless Communication Models | |
| Wireless link | |
| wireless power | |
| Wireless Power Transfer | |
| Wraparound array | |
| X | |
| x-band | |
| XGBoost | |
| Y | |
| YOLO | |