This paper deals with the problem of marginalization of multidimensional probability distributions represented by a compositional model. By the perfect one in this case. From the computational point of view this solution is more efficient than any known marginalization process for Bayesian models. This is because the process mentioned in the paper in a form of an algorithm and takes an advantage of the fact that the perfect sequence models have some information encoded; if can be obtained from the Bayesian networks by an application of rather computationally expensive procedures. One part of that algorithm is marginalization by means of reduction. This paper describe a new faster algorithm to find a reduction in a compositional model
We often build complex probabilistic models by composing simpler models—using one model to generate ...
Probabilistic Compositional Models:solution of an equivalence problemProbabilistic Compositional Mod...
Récemment, la grande complexité des applications modernes, par exemple dans la génétique, l’informat...
summary:Efficient computational algorithms are what made graphical Markov models so popular and succ...
Because of computational problems, multidimensional probability distributions must be approximated ...
In the framework of models generated by compositional expressions, we solve two topical marginalizat...
Bayesian analysis methods often use some form of iterative simulation such as Monte Carlo computatio...
The thesis considers a representation of a discrete multidimensional probability distribution using ...
summary:Compositional models are used to construct probability distributions from lower-order probab...
A general problem in compositional data analysis is the unmixing of a composition into a series of p...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
A general problem in compositional data analysis is the unmixing of a composition into a series of ...
Compositional data are constrained vectors of multivariate observations whose elements are referred ...
We consider a number of classical and new computational problems regarding marginal distributions, a...
We consider a number of classical and new computational problems regarding marginal distributions, a...
We often build complex probabilistic models by composing simpler models—using one model to generate ...
Probabilistic Compositional Models:solution of an equivalence problemProbabilistic Compositional Mod...
Récemment, la grande complexité des applications modernes, par exemple dans la génétique, l’informat...
summary:Efficient computational algorithms are what made graphical Markov models so popular and succ...
Because of computational problems, multidimensional probability distributions must be approximated ...
In the framework of models generated by compositional expressions, we solve two topical marginalizat...
Bayesian analysis methods often use some form of iterative simulation such as Monte Carlo computatio...
The thesis considers a representation of a discrete multidimensional probability distribution using ...
summary:Compositional models are used to construct probability distributions from lower-order probab...
A general problem in compositional data analysis is the unmixing of a composition into a series of p...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
A general problem in compositional data analysis is the unmixing of a composition into a series of ...
Compositional data are constrained vectors of multivariate observations whose elements are referred ...
We consider a number of classical and new computational problems regarding marginal distributions, a...
We consider a number of classical and new computational problems regarding marginal distributions, a...
We often build complex probabilistic models by composing simpler models—using one model to generate ...
Probabilistic Compositional Models:solution of an equivalence problemProbabilistic Compositional Mod...
Récemment, la grande complexité des applications modernes, par exemple dans la génétique, l’informat...