Distributions over exchangeable matrices with infinitely many columns, such as the Indian buffet process, are useful in constructing nonparametric latent variable models. However, the distribution implied by such models over the number of features exhibited by each data point may be poorly- suited for many modeling tasks. In this paper, we propose a class of exchangeable nonparametric priors obtained by restricting the domain of existing models. Such models allow us to specify the distribution over the number of features per data point, and can achieve better performance on data sets where the number of features is not well-modeled by the original distribution
Priors for Bayesian nonparametric latent feature models were originally developed a little over five...
We present the Wright-Fisher Indian buffet process (WF-IBP), a probabilistic model for time-dependen...
Latent feature models are widely used to decompose data into a small number of components. Bayesian ...
Distributions over exchangeable matrices with infinitely many columns, such as the Indian buffet pro...
We define a probability distribution over equivalence classes of binary matrices with a finite numbe...
We characterize the class of exchangeable feature allocations assigning probability Vn,k∏kl=1WmlUn−m...
Dependent nonparametric processes extend distributions over mea-sures, such as the Dirichlet process...
Bayesian Statistics has been increasingly popular in the last five decades. Besides having decision ...
Latent variable models are powerful tools to model the underlying structure in data. Infinite latent...
Over recent years Dirichlet processes and the associated Chinese restaurant process (CRP) have found...
In the big data era there is a growing need to model the main features of large and non-trivial data...
Latent feature models are widely used to decompose data into a small number of components. Bayesian ...
The Indian buffet process (IBP) is an exchangeable distribution over binary matrices used in Bayesia...
A fundamental problem in the analysis of structured relational data like graphs, networks, databases...
In this article, maximum likelihood estimates of an exchangeable multinomial distribution using a pa...
Priors for Bayesian nonparametric latent feature models were originally developed a little over five...
We present the Wright-Fisher Indian buffet process (WF-IBP), a probabilistic model for time-dependen...
Latent feature models are widely used to decompose data into a small number of components. Bayesian ...
Distributions over exchangeable matrices with infinitely many columns, such as the Indian buffet pro...
We define a probability distribution over equivalence classes of binary matrices with a finite numbe...
We characterize the class of exchangeable feature allocations assigning probability Vn,k∏kl=1WmlUn−m...
Dependent nonparametric processes extend distributions over mea-sures, such as the Dirichlet process...
Bayesian Statistics has been increasingly popular in the last five decades. Besides having decision ...
Latent variable models are powerful tools to model the underlying structure in data. Infinite latent...
Over recent years Dirichlet processes and the associated Chinese restaurant process (CRP) have found...
In the big data era there is a growing need to model the main features of large and non-trivial data...
Latent feature models are widely used to decompose data into a small number of components. Bayesian ...
The Indian buffet process (IBP) is an exchangeable distribution over binary matrices used in Bayesia...
A fundamental problem in the analysis of structured relational data like graphs, networks, databases...
In this article, maximum likelihood estimates of an exchangeable multinomial distribution using a pa...
Priors for Bayesian nonparametric latent feature models were originally developed a little over five...
We present the Wright-Fisher Indian buffet process (WF-IBP), a probabilistic model for time-dependen...
Latent feature models are widely used to decompose data into a small number of components. Bayesian ...