TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 2 | |
| 2D materials | |
| 3 | |
| 32.768kHz oscillator | |
| 3DES | |
| 6 | |
| 6G | |
| A | |
| accelerator | |
| Acquisition System | |
| Active baluns | |
| ADC | |
| ADCs | |
| AES cipher | |
| Affective Computing | |
| AI | |
| AI accelerators | |
| aIGZO technologies | |
| AIoT | |
| Amplifiers | |
| Analog computing | |
| Analog integrated circuits | |
| Analog-to-Information | |
| Analog/mixed-signal circuits | |
| APIO | |
| Architectures | |
| Arduino | |
| Artificial Neural Networks (ANN) | |
| ASIC | |
| Associative memory | |
| Asymmetric Multi-Processing | |
| asynchronous SAR | |
| automatic generation | |
| Automotive | |
| AUTOSAR | |
| AXI | |
| B | |
| baremetal | |
| battery control | |
| battery diagnosis | |
| battery use | |
| Behavioral Modeling | |
| behavioral models | |
| Benchmarking | |
| Biosignals monitoring | |
| BLE mote | |
| Brain-Computer Interfaces | |
| C | |
| Cache coherent protocols | |
| Calibration | |
| Cardiovascular diseases | |
| cartography | |
| cascode compensation | |
| Character recognition | |
| chip manufacturing | |
| class AB amplifiers | |
| Class AB circuits | |
| client-server | |
| clock gating cells | |
| Clock Managers | |
| CMOS | |
| CMOS analog circuits | |
| CMOS integrated circuit | |
| CMOS integrated circuits | |
| CMOS models | |
| CNN | |
| communication semantics | |
| complementary resistive switch | |
| Computer architecture exploration | |
| Contactless current measurement | |
| contrast test | |
| Convolutional Neural Networks | |
| correlator bank | |
| Corrosion monitoring | |
| critical charge | |
| cross-compiled simulation | |
| crs | |
| Cryo-CMOS | |
| Cryogenic measurement | |
| Cuk Converter | |
| Current probe | |
| current source | |
| Cyber-physical system | |
| Cyber-physical system (CPS) | |
| D | |
| DAS | |
| Data acquisition systems | |
| design methodologies | |
| Design Space Exploration | |
| device characterization | |
| Differential Power Analysis attack | |
| Digital | |
| Digital Filter | |
| Digital Lock-In Amplifier | |
| Digital N-path Mixer | |
| Digital Signal Processing | |
| Digitalization | |
| DNN | |
| DPS | |
| DPU | |
| DPVAR | |
| Dynamic time warping | |
| dynamic vision sensor | |
| E | |
| ECU 5G | |
| Edge computing | |
| EEGNet | |
| Efficiency | |
| electric vehicle | |
| Electrical stimulation | |
| Electromagnetic Fault Injection | |
| Electronic design automation | |
| electronics teaching | |
| embedded | |
| embedded implementations on-the-edge | |
| embedded intelligence | |
| EMG Signal | |
| energy efficiency | |
| Ethernet Emulation | |
| event coding | |
| Ex vivo research | |
| Exoskeleton | |
| Eye detection | |
| F | |
| Fast Fourier transform (FFT) | |
| fast-transient response | |
| Fault injection | |
| FFT | |
| field-effect | |
| Field-Programmable Gate Array (FPGA) | |
| Field-Programmable Gate Arrays | |
| Filter | |
| FLASH FPGA | |
| flexible microelectronics | |
| Fourier Transform | |
| foveation | |
| FPGA | |
| FPGA acceleration | |
| FPGA implementation | |
| Frequency Response | |
| fringed patterns | |
| G | |
| gas sensor | |
| generator | |
| Genesys-2 | |
| Genome Analysis | |
| gm/ID | |
| GPU | |
| Graphene | |
| graphene transistor | |
| graphene transistors | |
| Graphical blocks programming | |
| H | |
| Haar-like features | |
| Hardware acceleration | |
| Hardware implementation | |
| hardware security | |
| HDL | |
| Heterogeneous systems | |
| high frequency | |
| high frequency electronics | |
| high-frequency | |
| High-level synthesis | |
| high-speed communications | |
| HLS | |
| HLS implementation | |
| Hopfield neural networks | |
| HPC | |
| HSI | |
| hypervisor | |
| I | |
| iCE40 | |
| Indoor optical positioning system | |
| infrared | |
| integrated circuit design | |
| Integrated circuits | |
| Integrated Converter | |
| Inter-modulation | |
| interfacing | |
| Interleaving | |
| Internet of Things (IoT) | |
| Internet of Thinks nodes | |
| IoT | |
| L | |
| latency | |
| LFSR seed | |
| LIF | |
| light emitting diode (LED) | |
| Linearity | |
| Linearization | |
| Linux | |
| Low latency | |
| low power | |
| Low power design | |
| Low-dropout regulator | |
| LU decomposition | |
| LUT | |
| M | |
| Machine Learning | |
| Machine learning algorithms | |
| machine-learning | |
| Many-core | |
| matched filtering | |
| Maximum operating frequency | |
| medicine quality | |
| memory optimization | |
| memristor | |
| MEMS sensor | |
| metastability | |
| Meteorological sensors | |
| Microarchitectures | |
| microcontrollers | |
| Microwave | |
| Miller compensation | |
| Mixed-signal neuromorphic circuits | |
| mixers | |
| MMTES | |
| modulated light | |
| modulation | |
| mooring-line dynamics | |
| MPPT | |
| MTD | |
| Multi-electrode array | |
| multi-path delay commutator (MDC) | |
| Multi-Processor System on Chip | |
| Multi-standard | |
| N | |
| Nano-oscillators | |
| Neural Networks | |
| Neuromorphic | |
| Neuromorphic computing | |
| Neuromorphic hardware | |
| NGVA | |
| NN | |
| NoC | |
| non-destructive testing | |
| Non-Intrusive Load Monitoring | |
| Non-Intrusive Load Monitoring (NILM) | |
| non-power-of-two (NP2) size | |
| NTRU | |
| O | |
| oceanographic instrument | |
| offshore | |
| On-Board | |
| On-chip training | |
| open-source | |
| OpenAMP | |
| optical positioning system | |
| Oscillators | |
| Oscillatory neural networks | |
| Oscillatory neural networks (ONNs) | |
| P | |
| Pattern recognition | |
| PCM | |
| Phase transition materials | |
| Phase-change material | |
| photodiode | |
| Photovoltaic System | |
| Pierce oscillator | |
| pipelined architecture | |
| Post-Quantum Cryptography | |
| power consumption | |
| Power Electronics | |
| Programmability | |
| projection | |
| Pruning | |
| PSK | |
| Pulse Shaping | |
| PyNN | |
| PYNQ | |
| Python | |
| Q | |
| Quality Chain | |
| Quantization (signal) | |
| quartz crystal | |
| R | |
| Radiation | |
| radiation hardening | |
| radiation hardness | |
| radiofrequency | |
| RAM | |
| Readout system | |
| real-time | |
| realtime image processing | |
| Reconfigurable Computing | |
| rectifiers | |
| Redundancy Elimination | |
| reram | |
| Reservoir Computing | |
| resistive memory | |
| resistive switch | |
| RF | |
| RF switches | |
| Ring Oscillator | |
| Ring Oscillators | |
| RIS | |
| RISC-V | |
| RISC-V microprocessor | |
| RSA | |
| RTL | |
| RTL design | |
| RV32I | |
| S | |
| Security comparison | |
| Sensitivity | |
| sensors | |
| SFDI | |
| Sherman-Morrison | |
| Sigma Delta | |
| simulation | |
| single event transient | |
| Single Event Transient (SET) | |
| single event upset | |
| Single Event Upset (SEU) | |
| Single Power Analysis | |
| Single-ended to differential LNA | |
| single-path delay feedback (SDF) | |
| SNN | |
| SoC | |
| SoC FPGA | |
| soft error | |
| Soft errors | |
| Software Defined Radio | |
| Spacecraft | |
| SpaceWire | |
| Spectroscopy | |
| spiking | |
| Spiking Neural Networks | |
| SRAM | |
| SRAM FPGA | |
| statistical characterization | |
| Stimulation artifact | |
| Stochastic computing | |
| Subharmonic injection locking | |
| subharmonic mixer | |
| System Modeling | |
| system on chip | |
| System-on-Chip | |
| System-on-Chip (SoC) | |
| SystemC | |
| T | |
| tidal-current-meter | |
| time domain | |
| time interleaving | |
| Timing analysis | |
| transistor | |
| traps | |
| TSN | |
| Tunability | |
| Tunnel MagnetoResistance | |
| two-stage amplifier | |
| U | |
| Ultrascale+ MP SoC | |
| UML | |
| V | |
| VCO | |
| VCO-ADCs | |
| Verilog | |
| VHDL | |
| virtualization | |
| Vivado | |
| Volterra Model | |
| W | |
| weak inversion operation | |
| X | |
| Xen | |
| Z | |
| ZedBoard | |
| Zynq | |