The naive Bayes is a competitive classifier that makes strong conditional independence assumptions. Its accuracy can be improved by relaxing these assumptions. One classifier which does that is the semi-naive Bayes. The state-of-the-art algorithm for learning a semi-naïve Bayes from data is the backward sequential elimination and joining (BSEJ) algorithm. We extend BSEJ with a second step which removes some of its unwarranted independence assumptions. Our classifier out performs BSEJ and five other Bayesian network classifiers on a set of benchmark databases, although the difference in performance is not statistically significant
We investigate a simple semi-naive Bayesian ranking method that combine naive Bayes with induction o...
The na ve Bayes classifier is built on the assumption of conditional independence between the attrib...
AbstractThe use of Bayesian Networks (BNs) as classifiers in different fields of application has rec...
The Naïve Bayes Model is a special case of Bayesian networks with strong independence assumptions. I...
The naïve Bayes classifier is built on the assumption of conditional independence between the attrib...
BayesClass implements ten algorithms for learning Bayesian network classifiers from discrete data. T...
Tree augmented naive Bayes is a semi-naive Bayesian Learning method. It relaxes the naive Bayes attr...
Recent work in supervised learning has shown that a surpris-ingly simple Bayesian classifier with st...
. Recent work in supervised learning has shown that a surprisingly simple Bayesian classifier with s...
Naive Bayesian classifiers which make independence assumptions perform remarkably well on some data ...
Naive Bayesian classifiers which make independence assumptions perform remarkably well on some data ...
Classification is one of the most popular tasks in machine learning, partly motivated by the high de...
The naïve Bayes classifier is a simple form of Bayesian classifiers which assumes all the features a...
Naive Bayes classifier is the simplest among Bayesian Network classifiers. It has shown to be very e...
We investigate a simple semi-naive Bayesian ranking method that combines naive Bayes with induction ...
We investigate a simple semi-naive Bayesian ranking method that combine naive Bayes with induction o...
The na ve Bayes classifier is built on the assumption of conditional independence between the attrib...
AbstractThe use of Bayesian Networks (BNs) as classifiers in different fields of application has rec...
The Naïve Bayes Model is a special case of Bayesian networks with strong independence assumptions. I...
The naïve Bayes classifier is built on the assumption of conditional independence between the attrib...
BayesClass implements ten algorithms for learning Bayesian network classifiers from discrete data. T...
Tree augmented naive Bayes is a semi-naive Bayesian Learning method. It relaxes the naive Bayes attr...
Recent work in supervised learning has shown that a surpris-ingly simple Bayesian classifier with st...
. Recent work in supervised learning has shown that a surprisingly simple Bayesian classifier with s...
Naive Bayesian classifiers which make independence assumptions perform remarkably well on some data ...
Naive Bayesian classifiers which make independence assumptions perform remarkably well on some data ...
Classification is one of the most popular tasks in machine learning, partly motivated by the high de...
The naïve Bayes classifier is a simple form of Bayesian classifiers which assumes all the features a...
Naive Bayes classifier is the simplest among Bayesian Network classifiers. It has shown to be very e...
We investigate a simple semi-naive Bayesian ranking method that combines naive Bayes with induction ...
We investigate a simple semi-naive Bayesian ranking method that combine naive Bayes with induction o...
The na ve Bayes classifier is built on the assumption of conditional independence between the attrib...
AbstractThe use of Bayesian Networks (BNs) as classifiers in different fields of application has rec...