Power Dissipation

A 64-b microprocessor with multimedia support

Image Processing / Video Compression / Design Methodology / Solid State Devices and Circuits / System performance / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File

A 400MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

A 400MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

A 400MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

High-speed autozeroed CMOS comparator for multistep A/D conversion

Microelectronics / High Resolution / Electrical And Electronic Engineering / Power Dissipation

A 3-V 0.5-μm CMOS A/D audio processor for a microphone array

Applied Economics / Socio Economics / Mixed Mode / Public health systems and services research / Digital Signal Processor / Low Noise / Multimedia Application / Electrical And Electronic Engineering / Power Dissipation / Low Noise / Multimedia Application / Electrical And Electronic Engineering / Power Dissipation

Ultra-Low Power Nanomagnet-Based Computing: A System-Level Perspective

Nanotechnology / Magnetic field / System Architecture / Low Power / Discrete Cosine Transform / Magnetic Anisotropy / Logic Gate / Electrical And Electronic Engineering / Power Dissipation / Simulation Framework / Systolic array / Ultra Low Power / Power Density / Magnetic Anisotropy / Logic Gate / Electrical And Electronic Engineering / Power Dissipation / Simulation Framework / Systolic array / Ultra Low Power / Power Density

A 64-b microprocessor with multimedia support

Image Processing / Video Compression / Design Methodology / Solid State Devices and Circuits / System performance / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File

A 64-b microprocessor with multimedia support

Image Processing / Video Compression / Design Methodology / Solid State Devices and Circuits / System performance / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File

A 64-b microprocessor with multimedia support

Image Processing / Video Compression / Design Methodology / Solid State Devices and Circuits / System performance / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File / Electrical And Electronic Engineering / Power Dissipation / Texture Mapping / Register File

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

ULS: A dual-Vth/high-kappa nano-CMOS universal level shifter for system-level power management

Computer Hardware / Nanotechnology / System on a Chip / Optimal Design / Power Dissipation / Threshold Voltage

A 400-MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

A 400-MHz S/390 microprocessor

High Frequency / Fixed Point Theory / Power Supply / Cycle Time / Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design / Logic Design / Floating Point / Timing Optimization / Electrical And Electronic Engineering / Power Dissipation / Phase Lock Loop / Integrated Circuit Design

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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