A new training algorithm is presented as a faster alternative to the backpropagation method. The new approach is based on the solution of a linear system at each step of the learning phase. The squared error at the output of each layer before the nonlinearity is minimised on the entire set of the learning patterns by a block Least squares algorithm. The optimal weights for each layer are then computed by using the Singular Value Decomposition technique. The simulation results have shown considerable improvements from the point of view of both the accuracy and the speed of convergence
Summary form only given, as follows. A novel learning algorithm for multilayered neural networks is ...
Abstract. The least mean squares (LMS) method for linear least squares problems differs from the ste...
Training a multilayer perceptron by an error backpropagation algorithm is slow and uncertain. This p...
A new training algorithm is presented as a fast alternative to the backpropagation method. The new a...
Classical methods for training feedforward neural networks are characterized by a number of shortcom...
Recently a number of publications have proposed alternative methods to apply in least mean square (L...
In this paper, the authors propose a new training algorithm which does not only rely upon the traini...
The multilayer perceptron is one of the most commonly used types of feedforward neural networks and ...
In this paper a general class of fast learning algorithms for feedforward neural networks is introdu...
In this paper we describe an on-line method of training neural networks which is based on solving th...
In this work a novel approach to the training of recurrent neural nets is presented. the algorithm e...
In this work a novel approach to the training of recurrent neural nets is presented. The algorithm e...
Difficulties and limitations of the LMS (regression) algorithm are discussed. Although regression al...
A backpropagation learning algorithm for feedforward neural networks with an adaptive learning rate ...
A backpropagation learning algorithm for feedforward neural networks with an adaptive learning rate ...
Summary form only given, as follows. A novel learning algorithm for multilayered neural networks is ...
Abstract. The least mean squares (LMS) method for linear least squares problems differs from the ste...
Training a multilayer perceptron by an error backpropagation algorithm is slow and uncertain. This p...
A new training algorithm is presented as a fast alternative to the backpropagation method. The new a...
Classical methods for training feedforward neural networks are characterized by a number of shortcom...
Recently a number of publications have proposed alternative methods to apply in least mean square (L...
In this paper, the authors propose a new training algorithm which does not only rely upon the traini...
The multilayer perceptron is one of the most commonly used types of feedforward neural networks and ...
In this paper a general class of fast learning algorithms for feedforward neural networks is introdu...
In this paper we describe an on-line method of training neural networks which is based on solving th...
In this work a novel approach to the training of recurrent neural nets is presented. the algorithm e...
In this work a novel approach to the training of recurrent neural nets is presented. The algorithm e...
Difficulties and limitations of the LMS (regression) algorithm are discussed. Although regression al...
A backpropagation learning algorithm for feedforward neural networks with an adaptive learning rate ...
A backpropagation learning algorithm for feedforward neural networks with an adaptive learning rate ...
Summary form only given, as follows. A novel learning algorithm for multilayered neural networks is ...
Abstract. The least mean squares (LMS) method for linear least squares problems differs from the ste...
Training a multilayer perceptron by an error backpropagation algorithm is slow and uncertain. This p...