We discuss basic sample complexity theory and it's impact on classification success evaluation, implications for learning algorithm design, and uses in learning algorithm execution. There are a two important implications of the results presented here: (1) Common practices for reporting results in classification should change to us the test set bound. (2) Train set bounds can sometimes be used to directly motivate learning algorithms
When choosing a classification rule, it is important to take into account the amount of sample data ...
This paper introduces a new method for learning algorithm evaluation and selection, with empirical r...
Most performance metrics for learning algorithms do not provide information about the misclassified ...
Machines capable of automatic pattern recognition have many fascinating uses. Algorithms for supervi...
AbstractTwo fundamental measures of the efficiency of a learning algorithm are its running time and ...
This paper focuses on a general setup for obtaining sample size lower bounds for learning concept cl...
It is widely accepted that the empirical behavior of classifiers strongly depends on available data....
In a variety of PAC learning models, a tradeo between time and information seems to exist: with unl...
AbstractThis paper focuses on a general setup for obtaining sample size lower bounds for learning co...
Learning methods with linear computational complexity O(nd) in number of samples and their dimension...
Abstract. We investigate the role of data complexity in the context of binary classification problem...
Abstract Most data complexity studies have focused on characterizing the complexity of the entire da...
Two experiments were carried out to investigate how Algorithmic Specified Complexity (ASC) might ser...
We characterize the sample complexity of active learning problems in terms of a parameter which tak...
We describe a method for assessing data set complexity based on the estimation of the underlining pr...
When choosing a classification rule, it is important to take into account the amount of sample data ...
This paper introduces a new method for learning algorithm evaluation and selection, with empirical r...
Most performance metrics for learning algorithms do not provide information about the misclassified ...
Machines capable of automatic pattern recognition have many fascinating uses. Algorithms for supervi...
AbstractTwo fundamental measures of the efficiency of a learning algorithm are its running time and ...
This paper focuses on a general setup for obtaining sample size lower bounds for learning concept cl...
It is widely accepted that the empirical behavior of classifiers strongly depends on available data....
In a variety of PAC learning models, a tradeo between time and information seems to exist: with unl...
AbstractThis paper focuses on a general setup for obtaining sample size lower bounds for learning co...
Learning methods with linear computational complexity O(nd) in number of samples and their dimension...
Abstract. We investigate the role of data complexity in the context of binary classification problem...
Abstract Most data complexity studies have focused on characterizing the complexity of the entire da...
Two experiments were carried out to investigate how Algorithmic Specified Complexity (ASC) might ser...
We characterize the sample complexity of active learning problems in terms of a parameter which tak...
We describe a method for assessing data set complexity based on the estimation of the underlining pr...
When choosing a classification rule, it is important to take into account the amount of sample data ...
This paper introduces a new method for learning algorithm evaluation and selection, with empirical r...
Most performance metrics for learning algorithms do not provide information about the misclassified ...