FIR filter

Low power design of a multi-mode transceiver

Low Power Design / Technology Integration / Systems / FIR filter / High performance

DFSP: A Data Flow Signal Processor

Distributed Computing / Image Processing / Digital Signal Processing / Computer Hardware / Parallel Processing / Computer Software / Digital Systems / FIR filter / Data Flow Diagram / Simulation Model / Computer Software / Digital Systems / FIR filter / Data Flow Diagram / Simulation Model

DFSP - a data flow signal processor

Distributed Computing / Image Processing / Digital Signal Processing / Computer Hardware / Parallel Processing / Computer Software / Digital Systems / FIR filter / Data Flow Diagram / Simulation Model / Computer Software / Digital Systems / FIR filter / Data Flow Diagram / Simulation Model

DFSP: A Data Flow Signal Processor

Distributed Computing / Image Processing / Digital Signal Processing / Computer Hardware / Parallel Processing / Computer Software / Digital Systems / FIR filter / Data Flow Diagram / Simulation Model / Computer Software / Digital Systems / FIR filter / Data Flow Diagram / Simulation Model

Low power design of a multi-mode transceiver

Low Power Design / Technology Integration / Systems / FIR filter / High performance

Ultra-low power Digital System Design using Sub-threshold logic styles

Music / New Media / Digital Media / Gesture / Multimedia / Poetry / Embodiment / Narrative and Design / Bakhtin / Sound / Machinima / Performance / Reading / Digital Circuits / Dialogism / Art and technology / Virtual Worlds / Leakage Current / Cyborgs / Oscillators / FIR filter / Game Spaces / Low Power Electronics / Spatial Story Telling / Logic Design / Logic Gates / Ring Oscillator / Logic Gate / Finite Impulse Response (FIR) / Poetry / Embodiment / Narrative and Design / Bakhtin / Sound / Machinima / Performance / Reading / Digital Circuits / Dialogism / Art and technology / Virtual Worlds / Leakage Current / Cyborgs / Oscillators / FIR filter / Game Spaces / Low Power Electronics / Spatial Story Telling / Logic Design / Logic Gates / Ring Oscillator / Logic Gate / Finite Impulse Response (FIR)
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