| Document Date: 2013-09-23 21:44:01
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City Newark / / Company GPU / NVIDIA / Intel / / Country United States / / Currency pence / / / Event Company Expansion / / Facility FFT Library / Xiaoming Li University of Delaware / / IndustryTerm image/video processing / empirical search offline / real world applications / input-aware algorithm / video processing technology / real-world applications / video/audio applications / sparse algorithm / sublinear algorithm / empirical search / versions algorithms / prior algorithms / computing / optimized sequential and parallel algorithm / box-car filter / stream processing / digital signal processing / existing video processing technology / / Organization University of Delaware / / Person Dolph-Chebyshev / Kaiser Amplitude / / Position RT / General / correspondent / / Product Graphic Processing Units (GPUs) / Fourier / GeForce GTX480 / / ProvinceOrState Delaware / / Technology optimized sequential and parallel algorithm / input-adaptive sparse FFT algorithm / sparse algorithm / sparse FFT algorithms / improved algorithm / 3.4 Parallel Input-Adaptive Sparse FFT Algorithm / FFT algorithms / 3.2 Optimized Input-Adaptive Sparse FFT Algorithm / proposed input-adaptive parallel sparse FFT algorithm / shared memory / input-aware algorithm / adaptive sparse FFT algorithm / straightforward DFT algorithms / sparse Fourier algorithms / adaptive sparse Fourier algorithm / sparse Fourier algorithm / sparse Fourier Transform algorithm / video processing technology / sparse FFT algorithm / existing sparse FFT algorithms / 3 Input Adaptive Sparse FFT Algorithm / normal FFT algorithms / DSP / two versions algorithms / /
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An Input-Adaptive Algorithm for High Performance Sparse Fast Fourier Transform Shuo Chen and Xiaoming Li University of Delaware, Newark, DE, USA [removed] [removed]