Speech recognition in noisy environments remains an unsolved problem even in the case of isolated word recognition with small vocabularies. Recently, several techniques have been proposed to alleviate this problem. Concretely, two closely related parameterization techniques based on an AR modelling in the autocorrelation domain called SMC [1] and OSALPC [2] have shown good results using speech contaminated by additive white noise. The aim of this paper is twofold: to compare several techniques based on an AR modelling in the autocorrelation domain, including SMC and OSALPC, and to find the optimum model order and cepstral liftering for noisy conditions.Peer Reviewe
Recently, a new parametrization technique based on the AR modelling of the one-sided autocorrelation...
One major concern in the design of speech recognition systems is their performance in real environme...
One major concern in the design of speech recognition systems is their performance in real environme...
Speech recognition in noisy environments remains an unsolved problem even in the case of isolated wo...
Speech recognition in noisy environments remains an unsolved problem even in the case of isolated wo...
Speech recognition in noisy environments remains an unsolved problem even in the case of isolated wo...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
The article presents a robust representation of speech based on AR modeling of the causal part of th...
The article presents a robust representation of speech based on AR modeling of the causal part of th...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Previous research has found autocorrelation domain as an appropriate domain for signal and noise sep...
Recently, a new parametrization technique based on the AR modelling of the one-sided autocorrelation...
One major concern in the design of speech recognition systems is their performance in real environme...
One major concern in the design of speech recognition systems is their performance in real environme...
Speech recognition in noisy environments remains an unsolved problem even in the case of isolated wo...
Speech recognition in noisy environments remains an unsolved problem even in the case of isolated wo...
Speech recognition in noisy environments remains an unsolved problem even in the case of isolated wo...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
The article presents a robust representation of speech based on AR modeling of the causal part of th...
The article presents a robust representation of speech based on AR modeling of the causal part of th...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Speech recognition in noisy environments remains an unsolved problem, even in the case of isolated w...
Previous research has found autocorrelation domain as an appropriate domain for signal and noise sep...
Recently, a new parametrization technique based on the AR modelling of the one-sided autocorrelation...
One major concern in the design of speech recognition systems is their performance in real environme...
One major concern in the design of speech recognition systems is their performance in real environme...