Abstract—A novel method for estimation of prediction limits for global and local approximating neural networks is presented. The method partitions the input space using self-organizing feature maps to introduce the concept of local neighborhoods, and calculates limits that indicate the extent to which one can rely on predictions for making future decisions. Index Terms—Estimation, feedforward neural networks, pre-diction intervals, prediction limits, self-organizing feature maps. I
In this paper, a new prediction interval model based on a joint supervision loss function for captur...
Forecasting, classification, and data analysis may all gain from improved pattern recognition result...
This brief proposes an efficient technique for the construction of optimized prediction intervals (P...
Abstract: Neural networks are a consistent example of non-parametric estimation, with powerful unive...
This thesis makes contributions to basic and fundamental research in the field of prediction interva...
Abstract- A rich literature discussing techniques for adopting neural networks for metamodelling of ...
Neural networks can be viewed as nonlinear models, where the weights are parameters to be estimated....
The field of neural networks is a wide and diverse field which spans a variety of interests, modelli...
Prediction intervals offer a means of assessing the uncertainty of artificial neural networks’ point...
Walter J, Ritter H, Schulten K. Non-linear prediction with self-organizing maps. In: IJCNN, Interna...
This paper work refers to the prediction problems which are used with the help of the neuronal netwo...
ABSTRACT - Traditional statistical models as tools for summarizing patterns and regularities in obse...
In this paper, we describe a method to derive prediction intervals for neuro-fuzzy networks used as ...
Neural Network approaches to time series prediction are briefly discussed, and the need to find the ...
International audienceIn this work, we implement a multi-objective genetic algorithm (namely, non-do...
In this paper, a new prediction interval model based on a joint supervision loss function for captur...
Forecasting, classification, and data analysis may all gain from improved pattern recognition result...
This brief proposes an efficient technique for the construction of optimized prediction intervals (P...
Abstract: Neural networks are a consistent example of non-parametric estimation, with powerful unive...
This thesis makes contributions to basic and fundamental research in the field of prediction interva...
Abstract- A rich literature discussing techniques for adopting neural networks for metamodelling of ...
Neural networks can be viewed as nonlinear models, where the weights are parameters to be estimated....
The field of neural networks is a wide and diverse field which spans a variety of interests, modelli...
Prediction intervals offer a means of assessing the uncertainty of artificial neural networks’ point...
Walter J, Ritter H, Schulten K. Non-linear prediction with self-organizing maps. In: IJCNN, Interna...
This paper work refers to the prediction problems which are used with the help of the neuronal netwo...
ABSTRACT - Traditional statistical models as tools for summarizing patterns and regularities in obse...
In this paper, we describe a method to derive prediction intervals for neuro-fuzzy networks used as ...
Neural Network approaches to time series prediction are briefly discussed, and the need to find the ...
International audienceIn this work, we implement a multi-objective genetic algorithm (namely, non-do...
In this paper, a new prediction interval model based on a joint supervision loss function for captur...
Forecasting, classification, and data analysis may all gain from improved pattern recognition result...
This brief proposes an efficient technique for the construction of optimized prediction intervals (P...