In this paper we compare Na\ii ve Bayes (NB) models, general Bayes Net (BN) models and Probabilistic Decision Graph (PDG) models w.r.t. accuracy and efficiency. As the basis for our analysis we use graphs of size vs. likelihood that show the theoretical capabilities of the models. We also measure accuracy and efficiency empirically by running exact inference algorithms on randomly generated queries. Our analysis supports previous results by showing good accuracy for NB models compared to both BN and PDG models. However, our results also show that the advantage of the low complexity inference provided by NB models is not as significant as assessed in a previous study
Winner of the 2002 DeGroot Prize.Probabilistic expert systems are graphical networks that support th...
This study was jointly supported by the Spanish Ministry of Education and Science under projects PID...
Thanks to their inherent properties, probabilistic graphical models are one of the prime candidates ...
Probabilistic decision graphs (PDGs) are a representation language for probability distributions bas...
Probabilistic graphical models constitute a fundamental tool for the development of intelligent sys...
In numerous real world applications, from sensor networks to computer vision to natural text process...
Probability theory provides a mathematically rigorous yet conceptually flexible calculus of uncertai...
Probability theory provides a mathematically rigorous yet conceptually flexible calculus of uncertai...
Exact inference on probabilistic graphical models quickly becomes intractable when the dimension of ...
Probabilistic graphical models provide a natural framework for the representation of complex systems...
AbstractProbabilistic decision graphs (PDGs) are a representation language for probability distribut...
This thesis concerns itself with the effect of the normality assumption, the effects of discretisati...
A Bayesian net (BN) is more than a succinct way to encode a probabilistic distribution; it also corr...
We summarise and provide pointers to recent advances in inference and identification for specific ty...
The main topic of the doctoral thesis revolves around learning the structure of a graphical model fr...
Winner of the 2002 DeGroot Prize.Probabilistic expert systems are graphical networks that support th...
This study was jointly supported by the Spanish Ministry of Education and Science under projects PID...
Thanks to their inherent properties, probabilistic graphical models are one of the prime candidates ...
Probabilistic decision graphs (PDGs) are a representation language for probability distributions bas...
Probabilistic graphical models constitute a fundamental tool for the development of intelligent sys...
In numerous real world applications, from sensor networks to computer vision to natural text process...
Probability theory provides a mathematically rigorous yet conceptually flexible calculus of uncertai...
Probability theory provides a mathematically rigorous yet conceptually flexible calculus of uncertai...
Exact inference on probabilistic graphical models quickly becomes intractable when the dimension of ...
Probabilistic graphical models provide a natural framework for the representation of complex systems...
AbstractProbabilistic decision graphs (PDGs) are a representation language for probability distribut...
This thesis concerns itself with the effect of the normality assumption, the effects of discretisati...
A Bayesian net (BN) is more than a succinct way to encode a probabilistic distribution; it also corr...
We summarise and provide pointers to recent advances in inference and identification for specific ty...
The main topic of the doctoral thesis revolves around learning the structure of a graphical model fr...
Winner of the 2002 DeGroot Prize.Probabilistic expert systems are graphical networks that support th...
This study was jointly supported by the Spanish Ministry of Education and Science under projects PID...
Thanks to their inherent properties, probabilistic graphical models are one of the prime candidates ...