In this paper, FFT pruning is used to reduce the computational cost of frequency domain LMS by exploiting the structure of the LMS algorithm. We study various ...
In this paper, FFT pruning is used to reduce the computational cost of frequency domain LMS by exploiting the structure of the LMS algorithm. We study various ...
In this paper, FFT pruning is used to reduce the computational cost of frequency domain LMS by exploiting the structure of the LMS algorithm. We study various ...
Dive into the research topics of 'Complexity of pruning strategies for the frequency domain LMS algorithm'. Together they form a unique fingerprint. Sort by ...
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It will be shown that transform domain adaptive filtering algorithms are closely related to quasi-. Newton algorithms, but have computational complexity that is ...
When employed on OS-SAFs, the proposed algorithm achieves significant complexity reduction. This algorithm is applied to sequential versions of. LMS and Pseudo- ...
To cope with the corresponding increase in computational complexity, frequency-domain and subband adaptive filters are useful1,10–15. The filter length is ...
We present a new analysis of the frequency-domain block least-mean-square (FBLMS) algorithm. An earlier analysis uses a mapping of the frequency-domain ...
Jan 15, 2016 · In this paper, the GFDAF algorithm is rigorously derived as an approximation of the block recursive least-squares (RLS) algorithm.
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A frequency domain implementation of an adaptive filter, requiring less computation than its time do- main counterpart, has been proposed [5]. This frequency do ...
Missing: pruning strategies