TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 2 | |
| 28 nm UTBB FDSOI | |
| 2D consecutive systems | |
| 2D filter design | |
| 3 | |
| 3-D IC | |
| 3-D Integration | |
| 3D Electromagnetic Simulations | |
| 6 | |
| 65 nm | |
| 65 nm bulk technology | |
| A | |
| a-IGZO | |
| A/D converter | |
| AC Coupling | |
| Accuracy estimation | |
| active filter | |
| active filters | |
| adaptive configuration | |
| Adaptive systems | |
| ADC | |
| adder | |
| Address Event Representation | |
| ADPLL | |
| Algorithmic procedure | |
| All-digital | |
| all-pass filter | |
| amplifier | |
| Amplifier Compensation | |
| amplifiers | |
| Analog Beamformer | |
| analog carry | |
| Analog circuit design | |
| analog computation | |
| analog front end | |
| analog IC circuits | |
| analog layout | |
| analog signal processing | |
| Analog-to-digital | |
| Analytical Model | |
| approximation | |
| Architecture | |
| Area Efficiency | |
| Assertions | |
| asynchronous | |
| Asynchronous circuit | |
| asynchronous circuits | |
| audio systems | |
| B | |
| back biasing | |
| Bandgap | |
| Bandwidth | |
| bandwidth limitation | |
| BCC modeling | |
| BCC modelling | |
| Behavioral Modeling | |
| behavioral modelling | |
| Biomedical measurement | |
| biomedical models | |
| BIPV | |
| body biasing | |
| Body-Coupled Communication | |
| boost converter | |
| bundled-data | |
| C | |
| camera | |
| capacitance spread | |
| capacitive body-coupled communication modeling | |
| capacitive body-coupled communication modelling | |
| CDTA | |
| Cellular Nanoscale Networks | |
| Cellular Nonlinear Nanoscale Networks | |
| Cellular Nonlinear Networks | |
| Cellular Processor Arrays | |
| charge pump | |
| charge scaling | |
| charging electronics | |
| Chebyshev | |
| circuit simulation | |
| circuit synthesis | |
| circuits | |
| clock phase imbalance | |
| CMFB | |
| CMOS | |
| CMOS analog integrated circuits | |
| CMOS circuits | |
| CMOS image pixel circuit | |
| CMOS integrated circuits | |
| CMOS Sensor | |
| COG | |
| complex nonlinear behavior | |
| Complex-path impedance | |
| confidence interval | |
| configuration | |
| conjugate impedance matching | |
| Consecutive systems | |
| Continuous-Time | |
| control theory | |
| Coupled oscillator | |
| Crossbar | |
| Current Differencing Current Conveyor (CDCC) | |
| Current Output DAC | |
| current sense amplifier | |
| D | |
| damping simulation | |
| DC-DC converter | |
| decoupling | |
| Defuzzifier | |
| Delay circuit | |
| delay line | |
| Delay Locked Loops | |
| delay-locked-loop | |
| Delta modulation | |
| Delta-Sigma ADC | |
| Delta-Sigma Data Conversion | |
| Delta-sigma modulator (DDSM) | |
| Design for Hardware trust | |
| design for testability | |
| design methods | |
| design-for-testability | |
| detection | |
| Detection methodology | |
| Detection Methods | |
| differential | |
| digital circuits | |
| digital frequency synthesis | |
| digitally-controlled oscillator | |
| Dither techniques | |
| double-clamped bridge | |
| dynamic behavior | |
| Dynamic Lock Control | |
| E | |
| Efficiency | |
| Efficient Full-Wave Model | |
| Eigenvalues | |
| electrical test | |
| Electromechanical circuit | |
| electronic | |
| Electrostatic discharge (ESD) protection | |
| Embedded systems | |
| Embedding | |
| emerging device | |
| EMG | |
| Encoded Circuits | |
| energy efficiency performance | |
| Energy harvester | |
| energy harvesting | |
| energy-delay tradeoff | |
| equiripple approximation | |
| Exposure Control | |
| extended common mode range | |
| F | |
| FAF | |
| false nearest neighbour | |
| Fan-out Wafer Level Packaging | |
| FDNR | |
| FDSOI | |
| Feedback circuits | |
| filters | |
| finding all solutions | |
| fingerprint | |
| FIR filter | |
| first-generation current conveyor (CCI) | |
| FitzHugh-Nagumo oscillators | |
| fixed point | |
| flexible electronics | |
| flexible rechargeable battery | |
| flip-flop | |
| Flip-flops | |
| floating capacitor simulator | |
| floating inductor simulator | |
| Floating-Gate | |
| FPGA | |
| Framework | |
| frequency dependent negative resistor | |
| frequency domain characterization | |
| frequency transformations | |
| frequency-agile filter | |
| front-end | |
| front-end electronics | |
| Frontend design | |
| full-bridge differential rectifier | |
| full-wave electromagnetic simulation | |
| functional response sensitivity | |
| G | |
| gain trimming | |
| Galerkin's method | |
| GALS | |
| Gated ring oscillator | |
| general floating element simulator | |
| global sensitivity analysis | |
| Global Shutter Efficiency | |
| GPU | |
| GPUs | |
| graph-cuts | |
| GRK-1773 | |
| GRO | |
| grounded capacitor | |
| Guard ring | |
| Guard Ring Layout | |
| H | |
| hardware | |
| hardware implementation | |
| Hardware Property Checker | |
| Hardware Trojan | |
| Hardware Trojan Horses | |
| Hardware Trojans | |
| Hardware Trojans (HTs) | |
| harmonic balance | |
| harmonic balance method | |
| HDR | |
| Heterogeneous Integration | |
| high data rate | |
| high differential voltage protection | |
| High Dynamic Range | |
| High Frequency | |
| high-gain photodetectors | |
| homothety | |
| HT prevention | |
| HV CMOS | |
| hybrid regulator | |
| I | |
| IGZO | |
| image denoising | |
| Image processing | |
| impulse radio | |
| inconsistent system | |
| indexing | |
| indirect measurement | |
| inductance simulator | |
| inductive charging | |
| Inductive Link | |
| inductive power transmission | |
| Inertial sensors | |
| injection locked frequency dividers | |
| injection locked oscillators | |
| Interconnect | |
| Intra-Frame Speed Measurement | |
| Intruder detection | |
| Inverter | |
| inverter-based | |
| Inverter/based | |
| J | |
| jitter | |
| K | |
| knowledge mining | |
| L | |
| Latchup | |
| Latchup Immunity | |
| Layout | |
| Least squares | |
| least squares method | |
| LHC | |
| LHCb | |
| Limited device resources | |
| Linear | |
| Linear Feed Back Shift Register | |
| Linear feedback shift register (LFSR) | |
| linear programming | |
| Linearization | |
| LNA matching | |
| low energy | |
| Low power | |
| Low Power Design | |
| Low-Jitter Clock Generation | |
| low-noise | |
| low-pass filter | |
| low-power | |
| low-voltage | |
| Lower and upper bounds | |
| lumped element | |
| lumped models | |
| lymphatic system | |
| M | |
| Material Implication Logic | |
| matrix | |
| matrix inversion | |
| Maximum power point tracking | |
| Maximum power transfer | |
| maximum-flow neural netowrk | |
| Memory Structure | |
| Memristive devices | |
| memristor | |
| memristor device nonlinear | |
| Memristors | |
| MEMS | |
| metastability | |
| minimum cut algorithm | |
| model | |
| modeling | |
| modelling | |
| modulation | |
| Monte-Carlo analysis | |
| Morris method | |
| Motes | |
| Motion Blur | |
| Motion Correction | |
| Multi stAge noise SHaping (MASH) | |
| Multi-phase polar PWM | |
| Multi-vibrator | |
| multiconductor transmission line | |
| Multiplexing | |
| multiport circuit | |
| Multiprocessor System-on-Chip (MPSoC) | |
| multistage amplifiers | |
| N | |
| nano-heterogeneity | |
| nanometer CMOS | |
| nanotechnology | |
| narrow-band filter | |
| Negative resistance | |
| negative resistor | |
| network on chip | |
| Neuromorphic | |
| Neurosurgery | |
| Noise in oscillators | |
| Noise matching | |
| Noise Parameter | |
| noise transfer function (NTF) | |
| non-volatile MRAM | |
| nonlinear circuit | |
| nonlinear circuit analysis | |
| nonlinear circuit theory | |
| nonlinear network analysis | |
| nonlinear oscillators | |
| Nuclear fusion plasma | |
| numerical simulation methodology | |
| numerical solutions | |
| O | |
| Occupation ratio | |
| open defect | |
| operational transconductance amplifiers | |
| Optimization | |
| OPV | |
| organic electronics | |
| organic photo voltaics | |
| organic solar cell | |
| Oscillator | |
| OTA | |
| P | |
| Panel Level Packaging | |
| Parkinson disease | |
| Partial Reconfiguration | |
| Particle filters | |
| passive RC scheme | |
| passively powered devices | |
| Path Loss | |
| pausible clock | |
| performance analysis | |
| Performance Comparison | |
| Phase Lock Loop | |
| phase locked loop | |
| phase locked loops | |
| Phase noise | |
| photo-detector front-end model | |
| Photonic band gap | |
| Photovoltaic cell | |
| Piezoelectric | |
| Piezoelectric harvester | |
| piezoelectric materials | |
| Piezoelectric solid | |
| pinched hysteresis loop | |
| placement | |
| PLL | |
| PMU | |
| poles | |
| post-layout simulation | |
| power conversion efficiency | |
| Power efficiency | |
| power management circuit | |
| Power spectral density | |
| pre-processing | |
| Prevention Methods | |
| proactive reconfiguration | |
| process graph | |
| process variability | |
| process-voltage-temperature variations | |
| Programmable Nanoscale Circuits | |
| Property Specification Language | |
| pseudo-digital carry | |
| Pulse modulation | |
| Q | |
| Quadrature Data Conversion | |
| Quantization | |
| R | |
| radio-frequency energy harvesting | |
| rational approximation | |
| real time | |
| reciprocal mixing | |
| reconfigurable topologies | |
| Reconfiguration | |
| Rectifier | |
| recursive filters | |
| Redistribution layer | |
| regular layouts | |
| Reliability | |
| Resampling | |
| resiliency | |
| resilient architectures | |
| Reverse engineering | |
| Reverse Short Channel Effects | |
| RF amplifier | |
| RF N-path filter | |
| RF-PWM | |
| Ring oscillator | |
| ripple | |
| robustness | |
| routing | |
| RRAM | |
| Run-time detection | |
| S | |
| S-parameter | |
| SAW-less receiver | |
| SC Analog Memory | |
| SC-VGA | |
| Scattering Parameters | |
| scheduling | |
| screening problem | |
| sense-and-avoid | |
| sensitivity | |
| shunt capacitor | |
| simulation | |
| Small Signal Model | |
| Smart PV | |
| Sobol' sensitivity indices | |
| sparse | |
| Sparse Generating Matrices | |
| Speed Estimation | |
| Spice | |
| SPICE simulator | |
| standard cell design | |
| Standard cell library | |
| Standard cells | |
| State-space | |
| state-space embedding | |
| Static noise margins (SNM) | |
| Statistical analysis | |
| Steady states | |
| stochastic differential equation | |
| Stochastic differential equations | |
| stochastic excitation | |
| Stochastic parameter | |
| subthreshold | |
| subthreshold design | |
| Subthreshold slope | |
| supercapacitors | |
| surfing architecture | |
| Switch mode power amplifier | |
| switched capacitor converter | |
| switched-capacitor | |
| switched-inductor boost converter | |
| synchronization | |
| Synchronous delta modulation | |
| Synthesis | |
| Synthesizable | |
| Synthesizable ADC | |
| synthesizer | |
| System architecture | |
| system scenario | |
| System Scenarios | |
| system simulation | |
| systems | |
| T | |
| Task mapping | |
| TDC | |
| Temperature dependence | |
| Temperature independent | |
| test | |
| testing | |
| TFT | |
| thermoelectric | |
| thermoelectric generator | |
| Thermography | |
| thin film transistor | |
| thin film transistors | |
| Three Dimensional Integration | |
| Through Silicon Via | |
| time resolution | |
| Time to digital converters | |
| tire pressure measurement system | |
| total sensitivity index | |
| transfer function | |
| Transmission Line | |
| Tri-state | |
| trigger | |
| TSV | |
| tunable bandpass delta-sigma modulator | |
| tunable circuit | |
| Tx/Rx switch | |
| U | |
| UAS | |
| UAV | |
| ultra low powerdivide-by-3 circuit | |
| ultra low-power | |
| ultra-low power systems | |
| Ultrasound Imaging Probe | |
| ultrasound imaging system | |
| underrelaxation | |
| V | |
| value safe | |
| variance | |
| VCO | |
| VCO-based | |
| VCO-based ADC | |
| Vector Fitting | |
| Vision Sensor | |
| Vision-chips | |
| Visual information processing | |
| VLSI | |
| Voltage booster | |
| Voltage linear regulator | |
| Voltage references | |
| voltage-mode filter | |
| W | |
| Wearable | |
| wearable body electronics | |
| wearable sensors | |
| Wearables | |
| Wide-Range DLL | |
| wireless sensor nodes | |
| Z | |
| Z-parameters | |
| zero crossings | |
| zero current switching | |
| zeros | |