This paper examines an approach to speaker adaptation called speaker cluster weighting (SCW) for rapid adaptation in the Jupiter weather information system. SCW extends the ideas of previous speaker cluster techniques by allowing the speaker cluster models (learned from training data) to be adaptively weighted to match the current speaker. We explore strategies for automatic speaker clustering as well as cluster model training procedures for use with this algorithm. As part of this exploration, we develop a novel algorithm called least squares linear regression (LSLR) clustering for the clustering of speakers for whom only a small amount of data is available
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
A novel speaker adaptation algorithm based on Gaussian mixture weight adaptation is described. A sma...
The process of manually labeling data is very expensive and sometimes infeasible due to privacy and ...
Abstract. In this paper a speaker adaptation methodology is proposed, which first automatically dete...
For many applications, it is necessary to produce speech transcriptions in a causal fashion. To prod...
This paper introduces two novel techniques for instantaneous speaker adaptation, reference speaker w...
Abstract — Speaker space based adaptation methods for auto-matic speech recognition have been shown ...
In this paper, we propose techniques for adaptation of speaker recognition systems. The aim of this ...
Speaker clustering is one of the major methods for speaker adaptation. MLLR (Maximum Likelihood Line...
A speaker clustering algorithm is presented that is based on an eigenspace representation of Maximum...
This paper describes an efficient method for unsupervised speaker adaptation. This method is based o...
In large population speaker identification (SI) systems, like-lihood computations between an unknown...
ICASSP2001: IEEE International Conference on Acoustics, Speech and Signal Processing, May 7-11, 20...
EUROSPEECH2001: the 7th European Conference on Speech Communication and Technology, September 3-7, ...
Conventional Speaker Identification(SI) Systems uses individual Gaussian Mixture Models(GMM) for eve...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
A novel speaker adaptation algorithm based on Gaussian mixture weight adaptation is described. A sma...
The process of manually labeling data is very expensive and sometimes infeasible due to privacy and ...
Abstract. In this paper a speaker adaptation methodology is proposed, which first automatically dete...
For many applications, it is necessary to produce speech transcriptions in a causal fashion. To prod...
This paper introduces two novel techniques for instantaneous speaker adaptation, reference speaker w...
Abstract — Speaker space based adaptation methods for auto-matic speech recognition have been shown ...
In this paper, we propose techniques for adaptation of speaker recognition systems. The aim of this ...
Speaker clustering is one of the major methods for speaker adaptation. MLLR (Maximum Likelihood Line...
A speaker clustering algorithm is presented that is based on an eigenspace representation of Maximum...
This paper describes an efficient method for unsupervised speaker adaptation. This method is based o...
In large population speaker identification (SI) systems, like-lihood computations between an unknown...
ICASSP2001: IEEE International Conference on Acoustics, Speech and Signal Processing, May 7-11, 20...
EUROSPEECH2001: the 7th European Conference on Speech Communication and Technology, September 3-7, ...
Conventional Speaker Identification(SI) Systems uses individual Gaussian Mixture Models(GMM) for eve...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
A novel speaker adaptation algorithm based on Gaussian mixture weight adaptation is described. A sma...
The process of manually labeling data is very expensive and sometimes infeasible due to privacy and ...