Vocal tract length normalization is an important feature normalization technique that can be used to perform speaker adaptation when very little adaptation data is available. It was shown earlier that VTLN can be applied to statistical speech synthesis and was shown to give additive improvements to CMLLR. This paper presents an EM optimization for estimating more accurate warping factors. The EM formulation helps to embed the feature normalization in the HMM training. This helps in estimating the warping factors more efficiently and enables the use of multiple (appropriate) warping factors for different state clusters of the same speaker
Vocal tract length normalisation (VTLN) is a commonly used speaker normalisation approach. It is att...
The advent of statistical parametric speech synthesis has paved new ways to a unified framework for ...
Artículo de publicación ISIThis paper proposes a novel feature-space VTLN (vocal tract length norma...
The advent of statistical speech synthesis has enabled the unification of the basic techniques used ...
Vocal tract length normalization (VTLN) has been successfully used in automatic speech recognition f...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
To reduce inter-speaker variability, vocal tract length normalization (VTLN) is commonly used to tra...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
Vocal tract length normalisation (VTLN) is a well known rapid adaptation technique. VTLN as a linear...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
Vocal Tract Length Normalisation (VTLN) is a commonly used technique to normalise for inter-speaker...
Vocal tract length normalisation (VTLN) is a well known rapid adaptation technique. VTLN as a linear...
Abstract. Inter-speaker variability, one of the problems faced in speech recognition system, has cau...
Abstract—Cross-lingual speaker adaptation (CLSA) has emerged as a new challenge in statistical param...
Vocal tract length normalisation (VTLN) is a commonly used speaker normalisation approach. It is att...
The advent of statistical parametric speech synthesis has paved new ways to a unified framework for ...
Artículo de publicación ISIThis paper proposes a novel feature-space VTLN (vocal tract length norma...
The advent of statistical speech synthesis has enabled the unification of the basic techniques used ...
Vocal tract length normalization (VTLN) has been successfully used in automatic speech recognition f...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
To reduce inter-speaker variability, vocal tract length normalization (VTLN) is commonly used to tra...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
Vocal tract length normalisation (VTLN) is a well known rapid adaptation technique. VTLN as a linear...
Recent research has demonstrated the effectiveness of vocal tract length normalization (VTLN) as a r...
Vocal Tract Length Normalisation (VTLN) is a commonly used technique to normalise for inter-speaker...
Vocal tract length normalisation (VTLN) is a well known rapid adaptation technique. VTLN as a linear...
Abstract. Inter-speaker variability, one of the problems faced in speech recognition system, has cau...
Abstract—Cross-lingual speaker adaptation (CLSA) has emerged as a new challenge in statistical param...
Vocal tract length normalisation (VTLN) is a commonly used speaker normalisation approach. It is att...
The advent of statistical parametric speech synthesis has paved new ways to a unified framework for ...
Artículo de publicación ISIThis paper proposes a novel feature-space VTLN (vocal tract length norma...