A Bayesian Network is a stochastic graphical model that can be used to maintain and propagate conditional probability tables among its nodes. Here, we use a Bayesian Network to model results from a numerical riverine model. We develop an discretization optimization algorithm that improves efficiency and concurrently increases the overall accuracy of the resulting network. We measure accuracy using a new prediction accuracy criteria that includes an a posteriori soft correction. Furthermore, we show that this accuracy quickly asymptotes and begins to show diminishing returns on large data sets
Non-parametric Bayesian networks (NPBNs) are graphical tools for statistical inference widely used f...
Learning accurate classifiers from preclassified data is a very active research topic in machine lea...
Bayesian networks are a very general and powerful tool that can be used for a large number of proble...
Bayesian networks have become a popular modelling technique in many fields, however there are severa...
In this paper we apply a Bayesian Network Methodology to a riverine model study. We show that contin...
Bayesian networks are a means to study data. A Bayesian network gives structure to data by creating ...
The past decades, the increasing availability of data has paved the way for a new, data-driven gener...
Bayesian networks represent a versatile probabilistic modelling technique widely used to tackle a ra...
A Bayesian network (BN) is a compact way to represent a joint probability distribution graphically. ...
Bayesian Networks (BNs) are increasingly being used as decision support tools to aid the management ...
This thesis explores and compares different methods of optimizing queries in Bayesian networks. Baye...
AbstractThis paper provides algorithms that use an information-theoretic analysis to learn Bayesian ...
210 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.Two major research results ar...
As a compact graphical framework for representation of multivariate probabilitydistributions, Bayesi...
The Bayesian Network approach is a probabilistic method with an increasing use in the risk assessmen...
Non-parametric Bayesian networks (NPBNs) are graphical tools for statistical inference widely used f...
Learning accurate classifiers from preclassified data is a very active research topic in machine lea...
Bayesian networks are a very general and powerful tool that can be used for a large number of proble...
Bayesian networks have become a popular modelling technique in many fields, however there are severa...
In this paper we apply a Bayesian Network Methodology to a riverine model study. We show that contin...
Bayesian networks are a means to study data. A Bayesian network gives structure to data by creating ...
The past decades, the increasing availability of data has paved the way for a new, data-driven gener...
Bayesian networks represent a versatile probabilistic modelling technique widely used to tackle a ra...
A Bayesian network (BN) is a compact way to represent a joint probability distribution graphically. ...
Bayesian Networks (BNs) are increasingly being used as decision support tools to aid the management ...
This thesis explores and compares different methods of optimizing queries in Bayesian networks. Baye...
AbstractThis paper provides algorithms that use an information-theoretic analysis to learn Bayesian ...
210 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1999.Two major research results ar...
As a compact graphical framework for representation of multivariate probabilitydistributions, Bayesi...
The Bayesian Network approach is a probabilistic method with an increasing use in the risk assessmen...
Non-parametric Bayesian networks (NPBNs) are graphical tools for statistical inference widely used f...
Learning accurate classifiers from preclassified data is a very active research topic in machine lea...
Bayesian networks are a very general and powerful tool that can be used for a large number of proble...