Adaptive training of a neural network for nonstationary processes is reported within the framework of a multilayer perceptron model using the backpropagation (BP) algorithm. The error introduced by small changes in system parameters is reflected to adapt the changes in the converged weight matrix. The error is minimized using a constrained optimization method like the gradient projection method (GPM). The method is applied for harmonic prediction in voltage waveforms. The results for a sample system are discussed.© IEE
Neural networks are finding increasing use as an adaptive signal classifier in many engineering appl...
. The paper proposes a general framework which encompasses the training of neural networks and the a...
The speed of convergence while training is an important consideration in the use of neural nets. The...
Since the presentation of the backpropagation algorithm, a vast variety of improvements of the techn...
Backpropagation is a supervised learning algorithm for training multi-layer neural networks for func...
Abstract—Since the presentation of the backpropagation algorithm, a vast variety of improvements of ...
Networks of neurons can perform computations that even modern computers find very difficult to simul...
Analysis of a normalised backpropagation (NBP) algorithm employed in feed-forward multilayer nonline...
Currently, the back-propagation is the most widely applied neural network algorithm at present. Howe...
Multilayer perceptrons (MLPs) (1) are the most common artificial neural networks employed in a large...
In this paper we explore different strategies to guide backpropagation algorithm used for training a...
Multilayer perceptrons (MLPs) (1) are the most common artificial neural networks employed in a large...
The multilayer perceptron network has become one of the most used in the solution of a wide variety ...
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 ...
Neural networks are finding increasing use as an adaptive signal classifier in many engineering appl...
. The paper proposes a general framework which encompasses the training of neural networks and the a...
The speed of convergence while training is an important consideration in the use of neural nets. The...
Since the presentation of the backpropagation algorithm, a vast variety of improvements of the techn...
Backpropagation is a supervised learning algorithm for training multi-layer neural networks for func...
Abstract—Since the presentation of the backpropagation algorithm, a vast variety of improvements of ...
Networks of neurons can perform computations that even modern computers find very difficult to simul...
Analysis of a normalised backpropagation (NBP) algorithm employed in feed-forward multilayer nonline...
Currently, the back-propagation is the most widely applied neural network algorithm at present. Howe...
Multilayer perceptrons (MLPs) (1) are the most common artificial neural networks employed in a large...
In this paper we explore different strategies to guide backpropagation algorithm used for training a...
Multilayer perceptrons (MLPs) (1) are the most common artificial neural networks employed in a large...
The multilayer perceptron network has become one of the most used in the solution of a wide variety ...
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 ...
Neural networks are finding increasing use as an adaptive signal classifier in many engineering appl...
. The paper proposes a general framework which encompasses the training of neural networks and the a...
The speed of convergence while training is an important consideration in the use of neural nets. The...