Low Power

Four-user, 2.5-Gb/s, spectrally coded OCDMA system demonstration using low-power nonlinear processing

Nonlinear Optics / Optical Code Division Multiple Access / Bit Error Rate / Low Power / Pulse Shaping / Optical physics / Optical fiber / Electrical And Electronic Engineering / Lightwave / Optical physics / Optical fiber / Electrical And Electronic Engineering / Lightwave

A low jitter, low power, cmos 1.25-3.125 gbps transceiver

Low Power / Power Supply / High Speed / Solid State Devices and Circuits

A Novel Low-Power Reconfigurable FFT Processor

Computer Architecture / Routing / Digital Signal Processing / Circuits and Systems / Clustering Algorithms / Field-Programmable Gate Arrays / Hardware / System on Chip / Low Power / Low Power Electronics / Network Routing / Switches / Fast Fourier Transforms / Field-Programmable Gate Arrays / Hardware / System on Chip / Low Power / Low Power Electronics / Network Routing / Switches / Fast Fourier Transforms

A low power ECG signal processor for ambulatory arrhythmia monitoring system

Signal Processing / Data Compression / Biomedical Signal Processing / Power Consumption / Data Reduction / Low Power / Random access memory / Real Time / Arrhythmia / Monitoring System / Voltage Scaling / Clock gating / Low Power / Random access memory / Real Time / Arrhythmia / Monitoring System / Voltage Scaling / Clock gating

Sensor Cubes: A Modular, Ultra-Compact, Power-Aware Platform for Sensor Networks

Power Management / Hardware Design / Sensor Network / Low Power / Software Development in Agile Environment / System performance / Sensor Array Signal Processing / Texas Instruments / Modular Design / MAC Protocol / System performance / Sensor Array Signal Processing / Texas Instruments / Modular Design / MAC Protocol

A low power medium access control protocol for wireless medical sensor networks

Everyday Life / Wireless Network / Sensor Network / Low Power / Low Power Consumption / Energy efficient / Medium Access Control / Real Time Monitoring / MAC Protocol / Monitoring and control / Energy efficient / Medium Access Control / Real Time Monitoring / MAC Protocol / Monitoring and control

A PMMA microcapillary quantum dot linked immunosorbent assay (QLISA)

Analytical Chemistry / Biomedical Engineering / Fluid Mechanics / Microfluidics / Biosensors / Nanotechnology / Quantum Dots / Peroxidase / Animals / Data acquisition / Biosensor / Low Power / High Power / Quantum Dot / Feces / Miniaturization / Reproducibility of Results / BioSensors / Sensitivity and Specificity / Ionic Strength / Equipment Design / Equipment Failure Analysis / Enzyme Linked Immunosorbent Assay / Polymethyl Methacrylate (PMMA) / Myeloperoxidase / Biosensing Techniques / Microfluidic / Nanotechnology / Quantum Dots / Peroxidase / Animals / Data acquisition / Biosensor / Low Power / High Power / Quantum Dot / Feces / Miniaturization / Reproducibility of Results / BioSensors / Sensitivity and Specificity / Ionic Strength / Equipment Design / Equipment Failure Analysis / Enzyme Linked Immunosorbent Assay / Polymethyl Methacrylate (PMMA) / Myeloperoxidase / Biosensing Techniques / Microfluidic
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