A technical framework to assess the impact of re-sampling on the ability of a neural network is presented to correctly learn a classification problem.We use the bootstrap expression of the prediction error to identify the optimal re-sampling proportions in a numerical experiment with binary classes and propose a new,simple method to estimate this optimal proportion.An upper and a lower bounds for the optimal proportion are derived based on Bayes decision rule.The analytical considerations to extend the present method to crossvalidation are also illustrated.Includes bibliographic reference
AbstractUniform resampling is the easiest to apply and is a general recipe for all problems, but it ...
Estimation of the generalization performance for classification within the medical applications doma...
AbstractBayesian networks (BNs) provide a powerful graphical model for encoding the probabilistic re...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
Using resampling methods like cross-validation and bootstrap is a necessity in neural network design...
this paper we investigate several ways of utilizing error-dependent resampling for artificial neural...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
The bootstrap method is one of the most widely used methods in literature for construction of confid...
Abstract — Cross-validation and bootstrap, or resampling methods in general, are examined for applyi...
We present a new method, inspired by the bootstrap, whose goal it is to determine the quality and re...
The bootstrap resampling method may be efficiently used to estimate the generalization error of nonl...
The bootstrap resampling method may be efficiently used to estimate the generalization error of a fa...
AbstractUniform resampling is the easiest to apply and is a general recipe for all problems, but it ...
AbstractUniform resampling is the easiest to apply and is a general recipe for all problems, but it ...
Estimation of the generalization performance for classification within the medical applications doma...
AbstractBayesian networks (BNs) provide a powerful graphical model for encoding the probabilistic re...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
Using resampling methods like cross-validation and bootstrap is a necessity in neural network design...
this paper we investigate several ways of utilizing error-dependent resampling for artificial neural...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
A la suite de la conférence ESANN 2000.International audienceBootstrap techniques (also called resam...
The bootstrap method is one of the most widely used methods in literature for construction of confid...
Abstract — Cross-validation and bootstrap, or resampling methods in general, are examined for applyi...
We present a new method, inspired by the bootstrap, whose goal it is to determine the quality and re...
The bootstrap resampling method may be efficiently used to estimate the generalization error of nonl...
The bootstrap resampling method may be efficiently used to estimate the generalization error of a fa...
AbstractUniform resampling is the easiest to apply and is a general recipe for all problems, but it ...
AbstractUniform resampling is the easiest to apply and is a general recipe for all problems, but it ...
Estimation of the generalization performance for classification within the medical applications doma...
AbstractBayesian networks (BNs) provide a powerful graphical model for encoding the probabilistic re...