In a Bayesian mixture model it is not necessary a priori to limit the number of components to be finite. In this paper an infinite Gaussian mixture model is presented which neatly sidesteps the difficult problem of finding the ``right'' number of mixture components. Inference in the model is done using an efficient parameter-free Markov Chain that relies entirely on Gibbs sampling
One of the main advantages of Bayesian approaches is that they offer principled methods of inference...
A natural Bayesian approach for mixture models with an unknown number of com-ponents is to take the ...
An infinite mixture of autoregressive models is developed. The unknown parameters in the mixture aut...
We present an infinite mixture model in which each component comprises a multivariate Gaussian distr...
This paper deals with Bayesian inference of a mixture of Gaussian dis-tributions. A novel formulatio...
A Bayesian-based methodology is presented which automatically penalizes overcomplex models being fit...
This paper discusses the problem of fitting mixture models to input data. When an input stream is an...
Estimating the model evidence - or mariginal likelihood of the data - is a notoriously difficult tas...
We present an extension to the Mixture of Experts (ME) model, where the individual experts are Gauss...
In the Bayesian mixture modeling framework it is possible to infer the necessary number of component...
PRIOR AND CANDIDATE MODELS IN THE BAYESIAN ANALYSIS OF FINITE MIXTURES This paper discusses the prob...
In this paper, we show how a complete and exact Bayesian analysis of a parametric mixture model is p...
We present an extension to the Mixture of Experts (ME) model, where the individual experts are Gauss...
In this paper, we show how a complete and exact Bayesian analysis of a parametric mixture model is p...
A finite-mixture distribution model is introduced for Bayesian classification in the case of asymmet...
One of the main advantages of Bayesian approaches is that they offer principled methods of inference...
A natural Bayesian approach for mixture models with an unknown number of com-ponents is to take the ...
An infinite mixture of autoregressive models is developed. The unknown parameters in the mixture aut...
We present an infinite mixture model in which each component comprises a multivariate Gaussian distr...
This paper deals with Bayesian inference of a mixture of Gaussian dis-tributions. A novel formulatio...
A Bayesian-based methodology is presented which automatically penalizes overcomplex models being fit...
This paper discusses the problem of fitting mixture models to input data. When an input stream is an...
Estimating the model evidence - or mariginal likelihood of the data - is a notoriously difficult tas...
We present an extension to the Mixture of Experts (ME) model, where the individual experts are Gauss...
In the Bayesian mixture modeling framework it is possible to infer the necessary number of component...
PRIOR AND CANDIDATE MODELS IN THE BAYESIAN ANALYSIS OF FINITE MIXTURES This paper discusses the prob...
In this paper, we show how a complete and exact Bayesian analysis of a parametric mixture model is p...
We present an extension to the Mixture of Experts (ME) model, where the individual experts are Gauss...
In this paper, we show how a complete and exact Bayesian analysis of a parametric mixture model is p...
A finite-mixture distribution model is introduced for Bayesian classification in the case of asymmet...
One of the main advantages of Bayesian approaches is that they offer principled methods of inference...
A natural Bayesian approach for mixture models with an unknown number of com-ponents is to take the ...
An infinite mixture of autoregressive models is developed. The unknown parameters in the mixture aut...