In the last years there has been increasing interest in developing discriminative training methods for hidden Markov models, with the aim to improve their performance in classification and pattern recognition tasks. Although several advances have been made in this area, they have been targeted almost exclusively to standard models whose conditional observations are given by a Gaussian mixture density. In parallel with this development, a special kind of hidden Markov models defined in the wavelet domain has found wide-spread use in the signal and image processing community. Nevertheless, these models have been typically restricted to fully-tied parameter training using a single sequence and maximum likelihood estimates. This paper takes a s...
This paper presents an approach that improves discriminative training criterion for Hidden Markov Mo...
We describe new algorithms for training tagging models, as an alternative to maximum-entropy models ...
The training objectives of the learning object are: 1) To interpret a Hidden Markov Model (HMM); and...
Wavelet analysis has found widespread use in signal processing and many classification tasks. Nevert...
Hidden Markov models have been found very useful for a wide range of applications in machine learnin...
Journal PaperWavelet-based statistical signal processing techniques such as denoising and detection ...
Discriminative training techniques for Hidden-Markov Models were recently proposed and successfully ...
Discriminative training techniques for Hidden-Markov Models were recently proposed and successfully ...
In this paper, a framework for discriminative training of acoustic models based on Generalised Proba...
[[abstract]]An algorithm for estimating the parameters of a hidden Markov model (HMM) is presented. ...
Increasing the generalization capability of Discriminative Training (DT) of Hidden Markov Models (HM...
Abstract—We present a discriminative training algorithm, that uses support vector machines (SVMs), t...
Hidden Markov Models have many applications in signal processing and pattern recognition, but their ...
This paper describes a learning program for discrete Hidden Markov Models (HMM). The learning of the...
Hidden Markov Models have many applications in signal processing and pattern recognition, but their ...
This paper presents an approach that improves discriminative training criterion for Hidden Markov Mo...
We describe new algorithms for training tagging models, as an alternative to maximum-entropy models ...
The training objectives of the learning object are: 1) To interpret a Hidden Markov Model (HMM); and...
Wavelet analysis has found widespread use in signal processing and many classification tasks. Nevert...
Hidden Markov models have been found very useful for a wide range of applications in machine learnin...
Journal PaperWavelet-based statistical signal processing techniques such as denoising and detection ...
Discriminative training techniques for Hidden-Markov Models were recently proposed and successfully ...
Discriminative training techniques for Hidden-Markov Models were recently proposed and successfully ...
In this paper, a framework for discriminative training of acoustic models based on Generalised Proba...
[[abstract]]An algorithm for estimating the parameters of a hidden Markov model (HMM) is presented. ...
Increasing the generalization capability of Discriminative Training (DT) of Hidden Markov Models (HM...
Abstract—We present a discriminative training algorithm, that uses support vector machines (SVMs), t...
Hidden Markov Models have many applications in signal processing and pattern recognition, but their ...
This paper describes a learning program for discrete Hidden Markov Models (HMM). The learning of the...
Hidden Markov Models have many applications in signal processing and pattern recognition, but their ...
This paper presents an approach that improves discriminative training criterion for Hidden Markov Mo...
We describe new algorithms for training tagging models, as an alternative to maximum-entropy models ...
The training objectives of the learning object are: 1) To interpret a Hidden Markov Model (HMM); and...