We present an analytic solution to the problem of on-line gradient-descent learning for two-layer neural networks with an arbitrary number of hidden units in both teacher and student networks. The technique, demonstrated here for the case of adaptive input-to-hidden weights, becomes exact as the dimensionality of the input space increases
We analyse natural gradient learning in a two-layer feed-forward neural network using a statistical ...
This study highlights on the subject of weight initialization in multi-layer feed-forward networks....
Abstract- We propose a novel learning algorithm to train networks with multi-layer linear-threshold ...
We study the effect of regularization in an on-line gradient-descent learning scenario for a general...
We present a framework for calculating globally optimal parameters, within a given time frame, for o...
In this paper we review recent theoretical approaches for analysing the dynamics of on-line learning...
A method for calculating the globally optimal learning rate in on-line gradient-descent training of ...
The dynamics of on-line learning is investigated for structurally unrealizable tasks in the context ...
We study the effect of regularization in an on-line gradient-descent learning scenario for a general...
An adaptive back-propagation algorithm parameterized by an inverse temperature 1/T is studied and co...
We complement recent advances in thermodynamic limit analyses of mean on-line gradient descent learn...
We study on-line gradient-descent learning in multilayer networks analytically and numerically. The ...
Abstract We present an emcl analysis of ieaming a rule by on-line gradient descent in a two-layered ...
The influence of biases on the learning dynamics of a two-layer neural network, a normalized soft-co...
We present a method for determining the globally optimal on-line learning rule for a soft committee ...
We analyse natural gradient learning in a two-layer feed-forward neural network using a statistical ...
This study highlights on the subject of weight initialization in multi-layer feed-forward networks....
Abstract- We propose a novel learning algorithm to train networks with multi-layer linear-threshold ...
We study the effect of regularization in an on-line gradient-descent learning scenario for a general...
We present a framework for calculating globally optimal parameters, within a given time frame, for o...
In this paper we review recent theoretical approaches for analysing the dynamics of on-line learning...
A method for calculating the globally optimal learning rate in on-line gradient-descent training of ...
The dynamics of on-line learning is investigated for structurally unrealizable tasks in the context ...
We study the effect of regularization in an on-line gradient-descent learning scenario for a general...
An adaptive back-propagation algorithm parameterized by an inverse temperature 1/T is studied and co...
We complement recent advances in thermodynamic limit analyses of mean on-line gradient descent learn...
We study on-line gradient-descent learning in multilayer networks analytically and numerically. The ...
Abstract We present an emcl analysis of ieaming a rule by on-line gradient descent in a two-layered ...
The influence of biases on the learning dynamics of a two-layer neural network, a normalized soft-co...
We present a method for determining the globally optimal on-line learning rule for a soft committee ...
We analyse natural gradient learning in a two-layer feed-forward neural network using a statistical ...
This study highlights on the subject of weight initialization in multi-layer feed-forward networks....
Abstract- We propose a novel learning algorithm to train networks with multi-layer linear-threshold ...