This paper demonstrates the robustness of group-delay based features for speech processing. An analysis of group delay functions is presented which show that these features retain formant structure even in noise. Furthermore, a speaker verification task performed on the NIST 2003 database show lesser error rates, when compared with the traditional MFCC features. We also mention about using feature diversity to dynamically choose the feature for every claimed speaker
This study discusses the difficulties of phase spectrum analysis of speech signals and shows that ap...
This paper proposes features based on parametric representa-tion of Fourier phase of speech for s...
Abstract. In this work, the modified group delay feature (MODGDF) is proposed for pitched musical in...
This paper demonstrates the robustness of group delay based features to additive noise. First, we an...
This paper investigates the significance of combining cepstral features derived from the modified g...
Despite recent advances, improving the accuracy of automatic speaker recognition systems remains an ...
The results of our recent human perception experiments indicate that the short-time phase spectrum c...
In earlier work we studied the effect of statistical normalisation for phase-based features and obs...
In this paper, modified group delay (MODGD) features are used to model target speakers in the Total ...
We study the robustness of a group-delay-based method for determining the instants of significant ex...
In this paper, we improve the performance of the ARGDMF feature by adding a nonlinear filtering bloc...
In this paper we demonstrate the feasibility of processing the Fourier transform (FT) phase of a spe...
Technologies that exploit biometrics can potentially be applied to the identification and verificati...
Abstract. New text independent speaker identification method is presented. Phase spectrum of all-pol...
The Fourier analysis plays a key role in speech signal processing. As a complex quantity, it can be ...
This study discusses the difficulties of phase spectrum analysis of speech signals and shows that ap...
This paper proposes features based on parametric representa-tion of Fourier phase of speech for s...
Abstract. In this work, the modified group delay feature (MODGDF) is proposed for pitched musical in...
This paper demonstrates the robustness of group delay based features to additive noise. First, we an...
This paper investigates the significance of combining cepstral features derived from the modified g...
Despite recent advances, improving the accuracy of automatic speaker recognition systems remains an ...
The results of our recent human perception experiments indicate that the short-time phase spectrum c...
In earlier work we studied the effect of statistical normalisation for phase-based features and obs...
In this paper, modified group delay (MODGD) features are used to model target speakers in the Total ...
We study the robustness of a group-delay-based method for determining the instants of significant ex...
In this paper, we improve the performance of the ARGDMF feature by adding a nonlinear filtering bloc...
In this paper we demonstrate the feasibility of processing the Fourier transform (FT) phase of a spe...
Technologies that exploit biometrics can potentially be applied to the identification and verificati...
Abstract. New text independent speaker identification method is presented. Phase spectrum of all-pol...
The Fourier analysis plays a key role in speech signal processing. As a complex quantity, it can be ...
This study discusses the difficulties of phase spectrum analysis of speech signals and shows that ap...
This paper proposes features based on parametric representa-tion of Fourier phase of speech for s...
Abstract. In this work, the modified group delay feature (MODGDF) is proposed for pitched musical in...