We study the discrimination functions associated with classifiers induced by probabilistic graphical models and in particular Bayesian network classifiers. For every G -Markov probabilistic classifier we link the topology of the graph G with the class of discrimination functions induced, we prove that every conditional independence statement satisfied by the model implies linear constrains on the discrimination function. As an example we study the Naive Bayes model for two binary predictor variables and we formulate some questions for future work
Abstract. We describe the family of multi-dimensional Bayesian network clas-siers which include one ...
Low-dimensional probability models for local distribution functions in a Bayesian network include de...
Multi-dimensional classification aims at finding a function that assigns a vector of class values to...
En las últimas décadas, el aprendizaje automático ha adquirido importancia como una de las herramien...
We investigate algebraic, logical, and geometric properties of concepts recognized by various classe...
In this paper, we introduce a new restricted Bayesian network classifier that extends naive Bayes by...
We investigate algebraic, logical, and geomet-ric properties of concepts recognized by vari-ous clas...
In this chapter we give three solutions for the discrimination-aware classification problem that are...
Discriminative learning of Bayesian network classifiers has recently received considerable attention...
Generative models for classification use the joint probability distribution of the class variable an...
Un nombre important de modèles probabilistes connaissent une grande perte d'intérêt pour la classifi...
We develop the necessary theory in computational algebraic geometry to place Bayesian networks into ...
Variational autoencoders and Helmholtz machines use a recognition network (encoder) to approximate t...
Probabilistic graphical models, such as Bayesian networks, allow representing conditional independen...
Probabilistic graphical models provide a natural framework for the representation of complex systems...
Abstract. We describe the family of multi-dimensional Bayesian network clas-siers which include one ...
Low-dimensional probability models for local distribution functions in a Bayesian network include de...
Multi-dimensional classification aims at finding a function that assigns a vector of class values to...
En las últimas décadas, el aprendizaje automático ha adquirido importancia como una de las herramien...
We investigate algebraic, logical, and geometric properties of concepts recognized by various classe...
In this paper, we introduce a new restricted Bayesian network classifier that extends naive Bayes by...
We investigate algebraic, logical, and geomet-ric properties of concepts recognized by vari-ous clas...
In this chapter we give three solutions for the discrimination-aware classification problem that are...
Discriminative learning of Bayesian network classifiers has recently received considerable attention...
Generative models for classification use the joint probability distribution of the class variable an...
Un nombre important de modèles probabilistes connaissent une grande perte d'intérêt pour la classifi...
We develop the necessary theory in computational algebraic geometry to place Bayesian networks into ...
Variational autoencoders and Helmholtz machines use a recognition network (encoder) to approximate t...
Probabilistic graphical models, such as Bayesian networks, allow representing conditional independen...
Probabilistic graphical models provide a natural framework for the representation of complex systems...
Abstract. We describe the family of multi-dimensional Bayesian network clas-siers which include one ...
Low-dimensional probability models for local distribution functions in a Bayesian network include de...
Multi-dimensional classification aims at finding a function that assigns a vector of class values to...