Hierarchical Bayesian inference in parameterised models offers an approach for controlling complexity. In this paper we utilise a novel prior for the leaning of a model’s structure. We call the prior node relevance determination. It is applicable in a range of models including sigmoid belief networks and Boltzmann machines. We demonstrate how the approach may be applied to determine structure in a multi-layer perceptron.
In many problem settings, parameter vectors are not merely sparse, but depen-dent in such a way that...
Adopting a Bayesian approach and sampling the network parameters from their posterior distribution i...
Real-world phenomena are frequently modelled by Bayesian hierarchical models. The building-blocks in...
The problem of controlling model complexity and data complexity are fundamental issues in neural net...
Bayesian Networks are one of the most popular formalisms for reasoning under uncertainty. Hierarchi...
This paper introduces a computational framework for reasoning in Bayesian belief networks that deriv...
Abstract. Earlier, we formulated a Bayesian approach to Feature Sub-set Selection using Bayesian net...
The elicitation of prior beliefs about the structure of a Bayesian Network is a formal step of full-...
textabstractIn this paper we show how a user can influence recovery of Bayesian Networks from a data...
For many inference tasks in Bayesian networks, computational efforts can be restricted to a relevant...
In this paper we show how a user can influence recovery of Bayesian networks from a database by spec...
In previous work [3] we have proposed Hierarchical Bayesian Networks (HBNs) as an extension of Bay...
AbstractIn this paper we show how a user can influence recovery of Bayesian networks from a database...
The application of Bayesian network based methods is increasingly popular in several research fields...
| openaire: EC/H2020/101016775/EU//INTERVENEEncoding domain knowledge into the prior over the high-d...
In many problem settings, parameter vectors are not merely sparse, but depen-dent in such a way that...
Adopting a Bayesian approach and sampling the network parameters from their posterior distribution i...
Real-world phenomena are frequently modelled by Bayesian hierarchical models. The building-blocks in...
The problem of controlling model complexity and data complexity are fundamental issues in neural net...
Bayesian Networks are one of the most popular formalisms for reasoning under uncertainty. Hierarchi...
This paper introduces a computational framework for reasoning in Bayesian belief networks that deriv...
Abstract. Earlier, we formulated a Bayesian approach to Feature Sub-set Selection using Bayesian net...
The elicitation of prior beliefs about the structure of a Bayesian Network is a formal step of full-...
textabstractIn this paper we show how a user can influence recovery of Bayesian Networks from a data...
For many inference tasks in Bayesian networks, computational efforts can be restricted to a relevant...
In this paper we show how a user can influence recovery of Bayesian networks from a database by spec...
In previous work [3] we have proposed Hierarchical Bayesian Networks (HBNs) as an extension of Bay...
AbstractIn this paper we show how a user can influence recovery of Bayesian networks from a database...
The application of Bayesian network based methods is increasingly popular in several research fields...
| openaire: EC/H2020/101016775/EU//INTERVENEEncoding domain knowledge into the prior over the high-d...
In many problem settings, parameter vectors are not merely sparse, but depen-dent in such a way that...
Adopting a Bayesian approach and sampling the network parameters from their posterior distribution i...
Real-world phenomena are frequently modelled by Bayesian hierarchical models. The building-blocks in...