TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 2 | |
| 28nm CMOS | |
| 3 | |
| 3-tap DFE | |
| 3D printing | |
| 6 | |
| 65nm | |
| 8 | |
| 802.11ad | |
| 9 | |
| 90 nanometer ADC | |
| A | |
| absolute calibration | |
| AC current measurement | |
| Accuracy and area-delay product trade-off | |
| active recharge circuit | |
| Adaptive Body Bias | |
| Adaptive filtering | |
| Adaptive-bias | |
| ADC | |
| ADCs | |
| Adder compressors | |
| additive companding | |
| Adiabatic logic | |
| ADPLL | |
| aerospace electronics | |
| AFE | |
| after-pulsing | |
| AGC | |
| air/ground communications system | |
| Airflow energy harvesting | |
| Algorithmic design | |
| All Digital PLL | |
| all-digital phase-locked loop (ADPLL) | |
| Amplifiers | |
| analog | |
| Analog Emulation | |
| Analog test | |
| Analog VLSI | |
| Analog-digital conversion | |
| Analog-to-Digital Conversion | |
| Analog-to-time converter | |
| anisotropy | |
| Antenna | |
| approximate computing | |
| Arbiter | |
| Asynchronous | |
| audio | |
| Auto tuning | |
| autofocus | |
| avalanche diode | |
| Avalanche Photodiodes | |
| B | |
| Bandgap | |
| Bandgap reference | |
| bandpass filter | |
| bang-bang | |
| battery capacity estimation | |
| Battery modeling | |
| Bayer pattern | |
| beamforming function | |
| BiCMOS | |
| Bimetallic beam | |
| Bimetallic strip heat engine | |
| Bio-inspired computing | |
| biomedical | |
| Biomedical Application | |
| biomedical applications | |
| Biometrics | |
| Bipolar | |
| bipolar transistor | |
| BJT | |
| black-box | |
| blind background calibration | |
| Blind calibration | |
| Body Bias | |
| Body driving | |
| BPSK | |
| C | |
| C-elements | |
| Cache | |
| cache optimization | |
| calibration | |
| cameras | |
| capacitor mismatch | |
| carrier-frequency offset (CFO) | |
| cascode | |
| CDS integrator | |
| CDS sizing | |
| Channel mismatches | |
| Charge Pump | |
| charge pump noise | |
| Charge pump phase locked loop | |
| CIFF sigma delta | |
| class-E power amplifier | |
| clock distribution | |
| clock generation | |
| clock receiver | |
| Clock Skew | |
| clock-control summer | |
| closed loop VCO (CLVCO) | |
| closed-loop | |
| Closed-loop control | |
| Cloud service | |
| CML | |
| CMOS | |
| CMOS analog integrated circuits | |
| CMOS bandgap | |
| CMOS image sensor | |
| CMOS technology | |
| CMUT | |
| co-design | |
| code density | |
| Common drain | |
| compact model | |
| continuous time chaos | |
| continuous-time | |
| continuous-time delta-sigma modulator | |
| contrast ratio | |
| control | |
| convex optimization | |
| coplanar stripline | |
| CORDIC algorithm | |
| correlation matrices | |
| Counting | |
| coupled Oscillators | |
| coupling circuits | |
| CPU core isolation | |
| critical path analysis | |
| cryptanalysis | |
| Current Spikes | |
| Current-mode receiver | |
| current-reuse | |
| curvature compensated | |
| Curve Fitting | |
| custom design | |
| cycle slipping | |
| D | |
| DAC | |
| dark count rate | |
| Data fusion | |
| Data Plane Development Kit (DPDK) | |
| DCO | |
| Delta Sigma Modulator (DSM) | |
| delta-sigma modulation | |
| Dental surgery | |
| dependability | |
| detector | |
| deterministic computations | |
| DIBL | |
| Dicke | |
| Differential Cascode Voltage Switch | |
| digital calibration | |
| digital filters architectures | |
| Digital Integrated Circuit | |
| Digital Locking Control | |
| digital phase accumulator (DPA) | |
| digital phase-locked loop (DPLL) | |
| digital post-distortion | |
| digital transmitter | |
| digitally controlled phase shift (DCPS)deterministic jitter (DJ) | |
| discrete cosine transform (DCT) | |
| discrete Fourier transform (DFT) | |
| dispersion | |
| distance measurement | |
| Divider Circuit | |
| Doping | |
| driver | |
| Dual-rail and 1-of-4 asynchronous circuits | |
| Dual-supply | |
| DVFS | |
| dynamic latch | |
| dynamic range reduction | |
| Dynamic request | |
| Dynamic Voltage and Frequency Scaling | |
| E | |
| ECG | |
| eDRAM | |
| EEG | |
| EER Transmitter | |
| efficiency | |
| Electret | |
| electrical model | |
| electromagnetic bandgap (EBG) structure | |
| electromagnetic compatibility and interference | |
| Electromagnetic Time-Reversal | |
| Electrostatic | |
| Electrostatic conversion | |
| Electrostatic discharge (ESD) | |
| Embedded electronic system | |
| embedded instrument | |
| embedded memory blocks | |
| Embedded Systems | |
| Emerging computing systems | |
| Energy Consumption | |
| energy efficiency | |
| Energy Harvester | |
| Energy harvesting | |
| energy-delay tradeoff | |
| envelope elimination and restoration | |
| equivalent circuit | |
| Error metrics | |
| Error-Resilient Applications | |
| Estimation | |
| Event Driven modeling technique | |
| excess loop delay | |
| F | |
| fabrication dispersion | |
| fast filter bank | |
| Fast Fourier Transform (FFT) | |
| Fault-Tolerance | |
| FD-SOI | |
| feedback | |
| Feedback LNA | |
| field programmable gate arrays | |
| Filter | |
| Finite Fall or Rise-time | |
| finite op amp gain | |
| FIR DAC | |
| FIR digital filter | |
| flicker noise | |
| Flip-flops | |
| Fluttering | |
| Fourier transform | |
| FPGA | |
| FPGA cluster | |
| FPGA implementation | |
| FPGAs | |
| Fractional delay | |
| fractional-N PLL | |
| frequency compensation | |
| frequency extenders | |
| Frequency Synthesizers | |
| full-band | |
| G | |
| Gabor filter | |
| gain | |
| Gain cells | |
| gain error | |
| Ge-rich GST | |
| Geiger-mode | |
| gyrator | |
| gyroscope | |
| H | |
| Half bridge | |
| Hardware Architecture | |
| Harmonic distortion | |
| Harmonic fold-back (HFB) | |
| HEVC | |
| Hierarchical Design | |
| HIFU | |
| high frequency boost | |
| High linearity and efficiency | |
| High precision | |
| high resolution | |
| high speed and high resolution | |
| High throughput | |
| High-voltage | |
| higher order singularity | |
| hold-off time | |
| Huffman coding | |
| Human body tissues | |
| Human Chest Displacement | |
| hybrid design flow | |
| Hydrocephalus | |
| I | |
| IEEE 802.15.4 DBB | |
| imaging | |
| impedance | |
| impedance matching | |
| Impedance tuning | |
| Implantable | |
| Impulse Radio | |
| Inductorless | |
| Inexact circuits | |
| Infrared thermography | |
| injection-locked oscillators | |
| input data resolution | |
| input impedance | |
| instrumentation amplifier | |
| integrate and dump | |
| Integrated | |
| Integrated Circuit | |
| Integrated Circuits | |
| integrated test | |
| interface circuit | |
| Internet of Things | |
| Intra prediction | |
| IP3 | |
| IQ Relaxation Oscillator | |
| J | |
| jitter | |
| K | |
| kTC | |
| L | |
| L-DACS1 | |
| large-signal | |
| layout-synthesis | |
| LC VCo | |
| LC-VCO NMOS | |
| leakage current sensing | |
| LED driver | |
| level shifter | |
| linear constant current | |
| linearity simulation | |
| Linearization techniques | |
| LNA | |
| load-pull | |
| Long Term Evolution (LTE) | |
| lossless video coding | |
| low | |
| Low Area | |
| low dropout regulator | |
| Low frequency | |
| Low Mismatch | |
| low noise | |
| Low Noise Transconductance Amplifier(LNTA) | |
| low offset | |
| low phase noise | |
| low power | |
| Low Power VCO | |
| Low Voltage | |
| Low-power | |
| low-voltage | |
| Low-voltage design | |
| M | |
| M/D/1/N queueing model | |
| magnetic random access memory | |
| magnetic sensor | |
| Magnetic Tunnel Junction | |
| magnetic tunnelling | |
| magnetically coupled | |
| Markov Random Field | |
| Math Kernel Library (MKL) | |
| Maximum Power Point | |
| MEA impedance | |
| Memory | |
| MEMS | |
| Micro-level DVS | |
| Microcontroller | |
| Microwave Detection | |
| millimeter-wave | |
| Millimiter-wave | |
| MIMO | |
| Min Sum | |
| Mismatch independent DAC | |
| mixed-signal | |
| mm-wave | |
| mm-wave integrated circuits | |
| mmW tunable matching network | |
| modeling | |
| MOS | |
| MPS | |
| multi-camera | |
| Multichannel | |
| multilayer | |
| multimode propagation | |
| Multiphase Oscillator | |
| Multistandard | |
| N | |
| N-path | |
| N-path Filters | |
| nano-scale | |
| Nano-scale FinFET | |
| nanometer CMOS | |
| nauta | |
| near-threshold | |
| negative inductance | |
| Network on chip | |
| neural amplifier | |
| Neural networks | |
| NoC | |
| noise | |
| Noise Cancellation | |
| noise modeling | |
| noise-tolerate | |
| non-Foster circuits | |
| Non-overlapping clock generation | |
| non-volatile memories | |
| nonlinear circuits | |
| nonlinear distortions | |
| O | |
| offset | |
| Offset Min Sum | |
| On-Chip DC-DC Converter | |
| On-chip inductor | |
| on-wafer calibration | |
| one sided Jacobi algorithm | |
| Op-amp design | |
| OpAmp | |
| Opamp sharing | |
| operating point placement | |
| operational transconductance amplifier | |
| optical communication | |
| optical links | |
| Optimal memory | |
| optimization | |
| optimized temperature profile | |
| Organic field-effect transistor (OFET) | |
| Orthognathic surgery | |
| Oscillator | |
| Oscillator-Mixer | |
| oscillators | |
| Out-of-Band zeros | |
| output pulse | |
| Output stage | |
| overshoot velocity | |
| P | |
| PAE | |
| parasitic aware | |
| Passive level shifter | |
| performance | |
| Person Identification | |
| Phase Change Memory | |
| phase noise | |
| Phase Switching | |
| Phase-locked loop | |
| phase-locked loops | |
| phased array | |
| Photodetector | |
| PI control | |
| Piezoelectric Energy Harvesters | |
| pipelined ADC | |
| pipelined analog-to-digital converter | |
| pipelined circuit | |
| Planning tool | |
| PLL | |
| power | |
| Power amplifier | |
| power calibration | |
| power distribution network (PDN) | |
| power factor | |
| Power Gating | |
| Power Integrity (PI) | |
| Power management | |
| power mode placement | |
| Power Network Fault Location | |
| power reduction | |
| power saving | |
| Power simulation | |
| power/ground Plane noise | |
| pre-emphasis | |
| primary conductor position error | |
| Probabilistic pruning | |
| Probabilistic Timing analysis | |
| probability-locked loop | |
| process/voltage/temperature variations | |
| processor | |
| pruning | |
| PSPICE | |
| pull in range | |
| Pulse Modulation Imaging | |
| Pulse width modulation | |
| Pulser | |
| PVT | |
| Q | |
| Q-enhancement | |
| QC-LPDC codes | |
| QDI circuit construction | |
| Quality factor | |
| quantization noise | |
| quenching circuit | |
| R | |
| RADAR | |
| radiation monitoring | |
| Radio-Frequency | |
| radiometer | |
| Rail-to-Rail | |
| random jitter (RJ) | |
| random number generation | |
| Random Replacement | |
| Real-Time Application | |
| receiver front-end | |
| receiver nonlinearity | |
| reconfigurable | |
| Rectifier | |
| Rectifiers | |
| Refresh | |
| Regioregular poly(3-hexylthiophene-2.5-diyl) (P3HT) | |
| Regulator | |
| Reliability | |
| Resonance | |
| Resonant converter | |
| resonator adaptive tuning | |
| RF delta-sigma | |
| RF Interconnects | |
| RFNoC | |
| Ring Oscillator | |
| ring oscillators | |
| Ring-Oscillator | |
| robustness | |
| Rogowski coil current transducer calibration | |
| Round-Robin | |
| Router | |
| S | |
| S-CPS | |
| Sallen-Key Filter | |
| Sample and hold | |
| SAR ADC | |
| Saturation velocity | |
| scaling | |
| Scanners | |
| SECE | |
| Self Adaptive system | |
| Self-adaptive radio | |
| self-oscillating | |
| self-powered | |
| Self-timed | |
| self-timed circuits | |
| sensor | |
| Sensor Front-End | |
| Sensors | |
| Sensors interface sigma delta | |
| SET programming pulse generator | |
| Shared cache | |
| sharpness | |
| SiGe HBT | |
| Sigma Delta | |
| signal conditioning | |
| Signal Processing | |
| Silicon Photodetector | |
| silicon photomultipliers | |
| silicon photonics | |
| simultaneous switching noise (SSN) | |
| Single Carrier | |
| Single Photon Avalanche Diode | |
| Single-carrier frequency division multiple access (SC-FDMA) | |
| SiPM | |
| sizing | |
| slow-wave | |
| small antenna | |
| SoC | |
| Solar Energy Harvesting | |
| space | |
| SPAD | |
| sparse spectrum | |
| speckle | |
| spectral resources allocation | |
| spectral technique | |
| Speculative adders | |
| Spin Torque Transfer | |
| Spin Transfer Torque Magnetic Tunnel Junction | |
| spinning current | |
| Spiral Inductor | |
| split-radix | |
| spurious tones | |
| SRAM | |
| SRD | |
| stability analysis | |
| stereo vision | |
| Stochastic Computation | |
| Stochastic Number Generator | |
| STT-MRAM | |
| sub-mm-wave | |
| sub-picoampere measurements | |
| substrate coupling | |
| subthreshold | |
| subthreshold operation | |
| Sun | |
| Super-Source-Follower | |
| supervised learning | |
| Surface waves | |
| SVD | |
| Switched capaciter | |
| switched capacitor circuits | |
| switched-capacitors | |
| synchronization | |
| synchronization of chaotic systems | |
| Synchronous Electric Charge Extraction (SECE) | |
| Synchronous Rectifier | |
| system-on-chip | |
| SystemC | |
| SystemC AMS | |
| systems in package | |
| T | |
| TAD | |
| TCSPC | |
| TDC | |
| Technology | |
| Telemetry System | |
| Tensorial kernel | |
| Test cost reduction | |
| Thermal energy harvesting | |
| Thermal modelling | |
| thermal noise | |
| Thermal snap-through | |
| Third order sigma delta modulator | |
| Three-Dimensional ICs | |
| Three-level | |
| threshold voltage | |
| Threshold voltage variations | |
| Through Silicon Via | |
| time amplifier (TA) | |
| Time-Interleaved | |
| time-interleaving | |
| time-to-digital converter (TDC) | |
| Timer | |
| timing-error | |
| Tird order CIFF topology | |
| Transconductance amplifier | |
| transformer | |
| transient waveforms | |
| Transistor level modeling | |
| transistor model | |
| transmission line | |
| Transmission Lines | |
| Transmitter | |
| Transmitting circuit | |
| true random number generator | |
| truly random number generator | |
| TSV | |
| Tumor breast | |
| tunable hold-off time | |
| tuning-fork | |
| Tunnel FET | |
| U | |
| u-Healthcare | |
| Ultra low power | |
| ultra-low power | |
| Ultra-WideBand | |
| Ultrasound | |
| UTBB-FDSOI | |
| UWB | |
| V | |
| Validation | |
| Variability | |
| Variable impedance transmission line | |
| VCO | |
| VCO Power Converter | |
| vector network analyzer | |
| Vertical Hall Device | |
| vibration control | |
| Video Coding | |
| VLSI | |
| VLSI design | |
| voltage and current reference | |
| Voltage Controlled Oscillator | |
| voltage mode | |
| W | |
| Wake up | |
| Wake Up Controller | |
| wearable | |
| Wide Dynamic Range | |
| wide range | |
| WiGig | |
| Wireless | |
| Wireless power transfer | |
| Wireless Sensor Network node | |
| Wireless Sensor Networks | |
| Within-Die Variations | |
| WSN | |
| Y | |
| Yield analysis | |
| Z | |
| ZigBee | |
| ZTC Condition | |
| Σ | |
| ΣΔ modulator ADC | |
| ΣΔ modulators | |