In general, the best explanation for a given observation makes no promises on how good it is with respect to other alternative explanations. A major deficiency of message-passing schemes for belief revision in Bayesian networks is their inability to generate alternatives beyond the second best. In this paper, we present a general approach based on linear constraint systems that naturally generates alternative explanations in an orderly and highly efficient manner. This approach is then applied to cost-based abduction problems as well as belief revision in Bayesian networks
Abduction was first introduced in the epistemological context of scientific discovery. It was more r...
A belief network can create a compelling model of an agent’s uncertain environment. Exact belief net...
Bayesian networks and other graphical probabilistic models became a popular framework for reasoning ...
Constraints occur in many application areas of interest to evolutionary computation. The area consi...
AbstractIn cost-based abduction, the objective is to find the least-cost set of hypotheses that are ...
AbstractWe propose a model of abduction based on the revision of the epistemic state of an agent. Ex...
We propose a model of abduction based on the revision of the epistemic state of an agent. Explanatio...
Constraints occur in many application areas of interest to evolutionary computation. The area consid...
Abductive reasoning (or explanation) is basically a backward-chaining process on a collection of cau...
Agents which perform inferences on the basis of unreliable information need an ability to revise the...
We propose a model of abduction based on the revision of the epistemic state of an agent. Explanatio...
We propose sometimes very plausible hypotheses as explanations for an observation, given what we kno...
The growing range of applications of Machine Learning (ML) in a multitude of settings motivates the ...
The problems of generating candidate hypotheses and inferring the best hypothesis out of this set ar...
Belief Revision systems are logical frameworks to modeling the dynamics of knowledge. That is, how t...
Abduction was first introduced in the epistemological context of scientific discovery. It was more r...
A belief network can create a compelling model of an agent’s uncertain environment. Exact belief net...
Bayesian networks and other graphical probabilistic models became a popular framework for reasoning ...
Constraints occur in many application areas of interest to evolutionary computation. The area consi...
AbstractIn cost-based abduction, the objective is to find the least-cost set of hypotheses that are ...
AbstractWe propose a model of abduction based on the revision of the epistemic state of an agent. Ex...
We propose a model of abduction based on the revision of the epistemic state of an agent. Explanatio...
Constraints occur in many application areas of interest to evolutionary computation. The area consid...
Abductive reasoning (or explanation) is basically a backward-chaining process on a collection of cau...
Agents which perform inferences on the basis of unreliable information need an ability to revise the...
We propose a model of abduction based on the revision of the epistemic state of an agent. Explanatio...
We propose sometimes very plausible hypotheses as explanations for an observation, given what we kno...
The growing range of applications of Machine Learning (ML) in a multitude of settings motivates the ...
The problems of generating candidate hypotheses and inferring the best hypothesis out of this set ar...
Belief Revision systems are logical frameworks to modeling the dynamics of knowledge. That is, how t...
Abduction was first introduced in the epistemological context of scientific discovery. It was more r...
A belief network can create a compelling model of an agent’s uncertain environment. Exact belief net...
Bayesian networks and other graphical probabilistic models became a popular framework for reasoning ...