Process Variation

A wide dynamic range CMOS digital pixel sensor

Process Variation / Cmos Image Sensor / Digital to Analog Converter / Analog to Digital Conversion / Dynamic Range

VCTA: A Via-Configurable Transistor Array regular fabric

Very Large Scale Integration / Process Variation / Mechanical Stress / Integrated Circuit / MSOFET threshold voltage / Maximal Regularity

SRAM-based NBTI/PBTI sensor system design

Sensor / Sensor Arrays / Sensors / Yield / Process Variation / Design Methodology / Redundancy / Chip / NBTI / Sram / Age effect / Sensor system / Logic circuits / Design Methodology / Redundancy / Chip / NBTI / Sram / Age effect / Sensor system / Logic circuits

Variability-Aware Bulk-MOS Device Design

Monte Carlo Simulation / Computer Hardware / Design process / Leakage Current / Process Variation / Design Methodology / Low Power / High performance / Design optimization / Boolean Satisfiability / Electrical And Electronic Engineering / Design Methodology / Low Power / High performance / Design optimization / Boolean Satisfiability / Electrical And Electronic Engineering

A variability tolerant system-on-chip ready nano-CMOS analogue-to-digital converter

Electronics / Design process / Process Design / System on Chip / Process Variation / Digital Systems / High Speed / Physical Design / Integrated Circuit / Electrical And Electronic Engineering / Peak Power / Low voltage / Threshold Voltage / Digital Systems / High Speed / Physical Design / Integrated Circuit / Electrical And Electronic Engineering / Peak Power / Low voltage / Threshold Voltage

A nano-CMOS process variation induced read failure tolerant SRAM cell

Computer Science / Monte Carlo Simulation / Circuits and Systems / Nanotechnology / Monte Carlo Simulations / Monte Carlo Methods / Stability Analysis / Process Variation / System on a Chip / Power Dissipation / Threshold Voltage / Power Added Efficiency / Monte Carlo Methods / Stability Analysis / Process Variation / System on a Chip / Power Dissipation / Threshold Voltage / Power Added Efficiency

A subthreshold single ended I/O SRAM cell design for nanometer CMOS technologies

Low Energy Buildngs / Process Variation / Power Reduction / Ultra-Low Voltage

Unified P4 (power-performance-process-parasitic) fast optimization of a Nano-CMOS VCO

Monte Carlo / Process Variation / Voltage Controlled Oscillator / Design of experiment / Physical Design / Performance Optimization

Particle swarm optimization over non-polynomial metamodels for fast process variation resilient design of Nano-CMOS PLL

Monte Carlo Simulation / Neural Network / Case Study / System on Chip / Process Variation / Pll / Mixed Signal Design / Physical Design / Top Down / Particle Swarm Optimizer / Phase Lock Loop / Pll / Mixed Signal Design / Physical Design / Top Down / Particle Swarm Optimizer / Phase Lock Loop

A method for linking process-level variability to system performances

Informatics / Statistical Analysis / Response Surface Methodology / VLSI / Very Large Scale Integration / Process Variation / System performance / Phase Locked Loops / Phase Lock Loop / Process Variation / System performance / Phase Locked Loops / Phase Lock Loop

A nano-CMOS process variation induced read failure tolerant SRAM cell

Computer Science / Monte Carlo Simulation / Circuits and Systems / Nanotechnology / Monte Carlo Simulations / Monte Carlo Methods / Stability Analysis / Process Variation / System on a Chip / Power Dissipation / Threshold Voltage / Power Added Efficiency / power efficiency / Monte Carlo Methods / Stability Analysis / Process Variation / System on a Chip / Power Dissipation / Threshold Voltage / Power Added Efficiency / power efficiency

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