AbstractNaïve Bayes classifiers which are widely used for text classification in machine learning are based on the conditional probability of features belonging to a class, which the features are selected by feature selection methods. In this paper, an auxiliary feature method is proposed. It determines features by an existing feature selection method, and selects an auxiliary feature which can reclassify the text space aimed at the chosen features. Then the corresponding conditional probability is adjusted in order to improve classification accuracy. Illustrative examples show that the proposed meth-od indeed improves the performance of naïve Bayes classifier
We augment naive Bayes models with statistical n-gram language models to address short- comings of t...
The Naïve Bayes model is used for text classification and the data is considered by using the Naïve ...
Abstract. This paper presents the method of significantly improving conventional Bayesian statistica...
Aiming at the phenomenon that in text classification the calculation of prior probability is time-co...
The work presents the field of document classification. It describes existing techniques with emphas...
There are numerous text documents available in electronic form. More and more are becoming available...
Automated feature selection is important for text categorization to reduce feature size and to speed...
Naive Bayes is often used as a baseline in text classification because it is fast and easy to implem...
There are numerous text documents available in electronic form. More and more are becoming available...
In this paper, we present a Bayesian classification approach for automatic text categorization using...
Though naïve Bayes text classifiers are widely used because of its simplicity and effectiveness, the...
Abstract. A major characteristic of text document classification problem is extremely high dimension...
The automated classification of texts into predefined categories has witnessed a booming interest, d...
Abstract—In this paper, we propose a new probabilistic model of naïve Bayes method which can be used...
The underlying assumption in traditional machine learning algorithms is that instances are Independe...
We augment naive Bayes models with statistical n-gram language models to address short- comings of t...
The Naïve Bayes model is used for text classification and the data is considered by using the Naïve ...
Abstract. This paper presents the method of significantly improving conventional Bayesian statistica...
Aiming at the phenomenon that in text classification the calculation of prior probability is time-co...
The work presents the field of document classification. It describes existing techniques with emphas...
There are numerous text documents available in electronic form. More and more are becoming available...
Automated feature selection is important for text categorization to reduce feature size and to speed...
Naive Bayes is often used as a baseline in text classification because it is fast and easy to implem...
There are numerous text documents available in electronic form. More and more are becoming available...
In this paper, we present a Bayesian classification approach for automatic text categorization using...
Though naïve Bayes text classifiers are widely used because of its simplicity and effectiveness, the...
Abstract. A major characteristic of text document classification problem is extremely high dimension...
The automated classification of texts into predefined categories has witnessed a booming interest, d...
Abstract—In this paper, we propose a new probabilistic model of naïve Bayes method which can be used...
The underlying assumption in traditional machine learning algorithms is that instances are Independe...
We augment naive Bayes models with statistical n-gram language models to address short- comings of t...
The Naïve Bayes model is used for text classification and the data is considered by using the Naïve ...
Abstract. This paper presents the method of significantly improving conventional Bayesian statistica...