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A Nonparametric VSS NLMS Algorithm
379
Citations
12
References
2006
Year
EngineeringSpeech EnhancementText MiningVariable Step SizeSpeech RecognitionNatural Language ProcessingNlms AlgorithmInformation RetrievalSpeech CodingComputational LinguisticsLanguage EngineeringRobust Speech RecognitionHealth SciencesAdaptive FilterNlp TaskComputer EngineeringInverse ProblemsComputer ScienceDistant Speech RecognitionSignal ProcessingSpeech ProcessingAcoustic Echo CancellationText Processing
Numerous VSS‑NLMS algorithms exist, but many rely on hard‑to‑tune parameters that compromise reliability. The letter aims to (1) present a simple derivation of VSS‑NLMS algorithms and (2) propose a new nonparametric VSS‑NLMS that is easy to control and performs well in acoustic echo cancellation. The authors derive VSS‑NLMS‑type algorithms in a straightforward manner and introduce a nonparametric variant that requires minimal parameter tuning and achieves good performance in acoustic echo cancellation.
The aim of a variable step size normalized least-mean-square (VSS-NLMS) algorithm is to try to solve the conflicting requirement of fast convergence and low misadjustment of the NLMS algorithm. Numerous VSS-NLMS algorithms can be found in the literature with a common point for most of them: they may not work very reliably since they depend on several parameters that are not simple to tune in practice. The objective of this letter is twofold. First, we explain a simple and elegant way to derive VSS-NLMS-type algorithms. Second, a new nonparametric VSS-NLMS is proposed that is easy to control and gives good performances in the context of acoustic echo cancellation
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