Abstract. We present a modification of the bottleneck neural network for dimensionality reduction. We call our scheme a modified bottleneck network (MBNN). Unlike a traditional bottleneck network for dimensionality reduc-tion, an MBNN uses the class information and thus the transformed data can be suitably used for classification problem. We also propose a new tech-nique to create ensembles of neural networks using multiple projections of the same data obtained from different MBNNs. We justify the suitability of the proposed method by some experiments on some classification problems.
This study investigates data dimensionality reduction for image object recognition. The dimensionali...
An artificial neural network approach to dimension reduction of dy-namical systems is proposed and a...
The autoencoder algorithm and its deep version as tra-ditional dimensionality reduction methods have...
A novel neural network based method for feature extraction is proposed. The method achieves dimensio...
In the wake of the revolution brought by Deep Learning, we believe neural networks can be leveraged ...
Dimension reduction can be seen as the transformation from a high order dimension to a low order dim...
In this work, we propose a novel method for a supervised dimensionality reduc- tion, which learns we...
The paper presents a technique for generating concise neural network models of physical systems. The...
The problem of dimension reduction is introduced as a way to overcome the curse of the dimensionalit...
A new approach to promote the generalization ability of neural networks is presented. It is based on...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
Learning to recognize visual objects from examples requires the ability to find meaningful patterns ...
Graduation date: 1990In this thesis, the reduction of neural networks is studied. A\ud new, largely ...
Autoencoders are a type of unsupervised neural networks, which can be used to solve various tasks, e...
This study investigates data dimensionality reduction for image object recognition. The dimensionali...
An artificial neural network approach to dimension reduction of dy-namical systems is proposed and a...
The autoencoder algorithm and its deep version as tra-ditional dimensionality reduction methods have...
A novel neural network based method for feature extraction is proposed. The method achieves dimensio...
In the wake of the revolution brought by Deep Learning, we believe neural networks can be leveraged ...
Dimension reduction can be seen as the transformation from a high order dimension to a low order dim...
In this work, we propose a novel method for a supervised dimensionality reduc- tion, which learns we...
The paper presents a technique for generating concise neural network models of physical systems. The...
The problem of dimension reduction is introduced as a way to overcome the curse of the dimensionalit...
A new approach to promote the generalization ability of neural networks is presented. It is based on...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
The task to capture and interpret information hidden inside high-dimensional data can be considered ...
Learning to recognize visual objects from examples requires the ability to find meaningful patterns ...
Graduation date: 1990In this thesis, the reduction of neural networks is studied. A\ud new, largely ...
Autoencoders are a type of unsupervised neural networks, which can be used to solve various tasks, e...
This study investigates data dimensionality reduction for image object recognition. The dimensionali...
An artificial neural network approach to dimension reduction of dy-namical systems is proposed and a...
The autoencoder algorithm and its deep version as tra-ditional dimensionality reduction methods have...