A credal network under epistemic irrelevance is a generalised version of a Bayesian network that loosens its two main building blocks. On the one hand, the local probabilities do not have to be specified exactly. On the other hand, the assumptions of independence do not have to hold exactly. Conceptually, these credal networks are elegant and useful. However, in practice, they have long remained very hard to work with, both theoretically and computationally. This paper provides a general introduction to this type of credal networks and presents some promising new theoretical developments that were recently proved using sets of desirable gambles and lower previsions. We explain these developments in terms of probabilities and expectations, t...
Bayesian Networks are a flexible and intuitive tool associated with a robust mathematical background...
A reliable modeling of uncertain evidence in Bayesian networks based on a set-valued quantification...
AbstractCredal networks relax the precise probability requirement of Bayesian networks, enabling a r...
A credal network under epistemic irrelevance is a generalised version of a Bayesian network that loo...
We present a new approach to credal networks, which are graphical models that generalise Bayesian ne...
We generalise Cozman’s concept of a credal network under epistemic irrelevance (2000) to the case wh...
AbstractThis paper presents a complete theory of credal networks, structures that associate convex s...
We replace strong independence in credal networks with the weaker notion of epistemic irrelevance. F...
Credal networks are graph-based statistical models whose parameters take values in a set, instead of...
Abstract Credal networks enhance robustness and modelling power of Bayesian networks by allowing for...
\u3cp\u3eCredal networks are graph-based statistical models whose parameters take values in a set, i...
AbstractWe focus on credal nets, which are graphical models that generalise Bayesian nets to impreci...
AbstractCredal networks are models that extend Bayesian nets to deal with imprecision in probability...
A Bayesian network is a concise representation of a joint probability distribution, which can be use...
We summarise and provide pointers to recent advances in inference and identification for specific ty...
Bayesian Networks are a flexible and intuitive tool associated with a robust mathematical background...
A reliable modeling of uncertain evidence in Bayesian networks based on a set-valued quantification...
AbstractCredal networks relax the precise probability requirement of Bayesian networks, enabling a r...
A credal network under epistemic irrelevance is a generalised version of a Bayesian network that loo...
We present a new approach to credal networks, which are graphical models that generalise Bayesian ne...
We generalise Cozman’s concept of a credal network under epistemic irrelevance (2000) to the case wh...
AbstractThis paper presents a complete theory of credal networks, structures that associate convex s...
We replace strong independence in credal networks with the weaker notion of epistemic irrelevance. F...
Credal networks are graph-based statistical models whose parameters take values in a set, instead of...
Abstract Credal networks enhance robustness and modelling power of Bayesian networks by allowing for...
\u3cp\u3eCredal networks are graph-based statistical models whose parameters take values in a set, i...
AbstractWe focus on credal nets, which are graphical models that generalise Bayesian nets to impreci...
AbstractCredal networks are models that extend Bayesian nets to deal with imprecision in probability...
A Bayesian network is a concise representation of a joint probability distribution, which can be use...
We summarise and provide pointers to recent advances in inference and identification for specific ty...
Bayesian Networks are a flexible and intuitive tool associated with a robust mathematical background...
A reliable modeling of uncertain evidence in Bayesian networks based on a set-valued quantification...
AbstractCredal networks relax the precise probability requirement of Bayesian networks, enabling a r...