We revisit the problem of revising probabilistic beliefs using uncertain evidence, and report results on several major issues relating to this problem: How should one specify uncertain evidence? How should one revise a probability distribution? How should one interpret informal evidential statements? Should, and do, iterated belief revisions commute? And what guarantees can be offered on the amount of belief change induced by a particular revision? Our discussion is focused on two main methods for probabilistic revision: Jeffrey's rule of probability kinematics and Pearl's method of virtual evidence, where we analyze and unify these methods from the perspective of the questions posed above
International audienceIntelligent agents require methods to revise their epistemic state as they acq...
This paper concerns the extent to which uncertain propositional reasoning can track probabilistic re...
The talk will trace various connections between update, probability and belief. We look at various w...
AbstractWe revisit the problem of revising probabilistic beliefs using uncertain evidence, and repor...
Bayesian networks and other graphical probabilistic models became a popular framework for reasoning ...
This paper reports our investigation on the problem of belief update in Bayesian networks (BN) using...
In a probability-based reasoning system, Bayes' theorem and its variations are often used to re...
AbstractApproaches to belief revision most commonly deal with categorical information: an agent has ...
Belief revision performs belief change on an agent's beliefs when new evidence (either of the form o...
Belief revision performs belief change on an agent’s beliefs when new evidence (either of the form o...
Belief revision performs belief change on an agent’s beliefs when new evidence (either of the form o...
In previous work ("Knowledge from Probability", TARK 2021) we develop a question-relative, probabili...
Probabilistic logic programming is a powerful technique to represent and reason with imprecise proba...
AbstractThis paper discusses belief revision under uncertain inputs in the framework of possibility ...
Intelligent agents require methods to revise their epistemic state as they acquire new information. ...
International audienceIntelligent agents require methods to revise their epistemic state as they acq...
This paper concerns the extent to which uncertain propositional reasoning can track probabilistic re...
The talk will trace various connections between update, probability and belief. We look at various w...
AbstractWe revisit the problem of revising probabilistic beliefs using uncertain evidence, and repor...
Bayesian networks and other graphical probabilistic models became a popular framework for reasoning ...
This paper reports our investigation on the problem of belief update in Bayesian networks (BN) using...
In a probability-based reasoning system, Bayes' theorem and its variations are often used to re...
AbstractApproaches to belief revision most commonly deal with categorical information: an agent has ...
Belief revision performs belief change on an agent's beliefs when new evidence (either of the form o...
Belief revision performs belief change on an agent’s beliefs when new evidence (either of the form o...
Belief revision performs belief change on an agent’s beliefs when new evidence (either of the form o...
In previous work ("Knowledge from Probability", TARK 2021) we develop a question-relative, probabili...
Probabilistic logic programming is a powerful technique to represent and reason with imprecise proba...
AbstractThis paper discusses belief revision under uncertain inputs in the framework of possibility ...
Intelligent agents require methods to revise their epistemic state as they acquire new information. ...
International audienceIntelligent agents require methods to revise their epistemic state as they acq...
This paper concerns the extent to which uncertain propositional reasoning can track probabilistic re...
The talk will trace various connections between update, probability and belief. We look at various w...