Neural network training algorithms have always suffered from the problem of local minima. The advent of natural gradient algorithms promised to overcome this shortcoming by finding better local minima. However, they require additional training parameters and computational overhead. By using a new formulation for the natural gradient, an algorithm is described that uses less memory and processing time than previous algorithms with comparable performance
In this dissertation the problem of the training of feedforward artificial neural networks and its a...
In this dissertation the problem of the training of feedforward artificial neural networks and its a...
The natural gradient descent method is applied to train an n-m-1 mul-tilayer perceptron. Based on an...
Natural gradient descent (NGD) is an on-line algorithm for redefining the steepest descent direction...
Natural gradient descent (NGD) is an on-line algorithm for redefining the steepest descent direction...
We analyse natural gradient learning in a two-layer feed-forward neural network using a statistical ...
When a parameter space has a certain underlying structure, the ordinary gradient of a function does ...
When a parameter space has a certain underlying structure, the ordinary gradient of a function does ...
This paper applies natural gradient (NG) learning neural networks (NNs) for modeling and identificat...
One of the fundamental limitations of artificial neural network learning by gradient descent is the ...
Natural gradient descent (NGD) learning is compared with ordinary gradient descent (OGD) for Kanter’...
Neural networks have achieved widespread adoption due to both their applicability to a wide range of...
In this paper we explore different strategies to guide backpropagation algorithm used for training a...
The focus of this paper is on the neural network modelling approach that has gained increasing recog...
Living creatures improve their adaptation capabilities to a changing world by means of two orthogona...
In this dissertation the problem of the training of feedforward artificial neural networks and its a...
In this dissertation the problem of the training of feedforward artificial neural networks and its a...
The natural gradient descent method is applied to train an n-m-1 mul-tilayer perceptron. Based on an...
Natural gradient descent (NGD) is an on-line algorithm for redefining the steepest descent direction...
Natural gradient descent (NGD) is an on-line algorithm for redefining the steepest descent direction...
We analyse natural gradient learning in a two-layer feed-forward neural network using a statistical ...
When a parameter space has a certain underlying structure, the ordinary gradient of a function does ...
When a parameter space has a certain underlying structure, the ordinary gradient of a function does ...
This paper applies natural gradient (NG) learning neural networks (NNs) for modeling and identificat...
One of the fundamental limitations of artificial neural network learning by gradient descent is the ...
Natural gradient descent (NGD) learning is compared with ordinary gradient descent (OGD) for Kanter’...
Neural networks have achieved widespread adoption due to both their applicability to a wide range of...
In this paper we explore different strategies to guide backpropagation algorithm used for training a...
The focus of this paper is on the neural network modelling approach that has gained increasing recog...
Living creatures improve their adaptation capabilities to a changing world by means of two orthogona...
In this dissertation the problem of the training of feedforward artificial neural networks and its a...
In this dissertation the problem of the training of feedforward artificial neural networks and its a...
The natural gradient descent method is applied to train an n-m-1 mul-tilayer perceptron. Based on an...