During training one of the most important factor is weight initialization that affects the training speed of the neural network. In this paper we have used random and Nguyen-Widrow weight initialization along with the proposed weight initialization methods for training the FFANN. We have used various types of data sets as input. Five data sets are taken from UCI machine learning repository. We have used PROP Back-Propagation algorithms for training and testing. We have taken different number of inputs and hidden layer nodes with single output node for experimentation. We have found that in almost all the cases the proposed weight initialization method gives better results
This study highlights on the subject of weight initialization in multi-layer feed-forward networks....
Neural network is a machine learning algorithm that has been studied since the mid-1900s, Recently, ...
In this paper, an efficient weight initialization method is proposed using Cauchy’s inequality based...
A method has been proposed for weight initialization in back-propagation feed-forward networks. Trai...
A new method of initializing the weights in deep neural networks is proposed. The method follows two...
This study high lights on the subject of weight initialization in back-propagation feed-forward netw...
A good weight initialization is crucial to accelerate the convergence of the weights in a neural net...
Abstracf- Proper initialization of neural networks is critical for a successful training of its weig...
The vanishing gradient problem (i.e., gradients prematurely becoming extremely small during training...
This letter aims at determining the optimal bias and magnitude of initial weight vectors based on mu...
Proper initialization is one of the most important prerequisites for fast convergence of feed-forwar...
In this paper, a novel data-driven method for weight initialization of Multilayer Perceptrons andCon...
This thesis is concerned with a numerical approximation technique for feedforward artificial neural ...
The vanishing gradient problem (i.e., gradients prematurely becoming extremely small during trainin...
Artificial Neural Networks (ANNs) are one of the most widely used form of machine learning algorithm...
This study highlights on the subject of weight initialization in multi-layer feed-forward networks....
Neural network is a machine learning algorithm that has been studied since the mid-1900s, Recently, ...
In this paper, an efficient weight initialization method is proposed using Cauchy’s inequality based...
A method has been proposed for weight initialization in back-propagation feed-forward networks. Trai...
A new method of initializing the weights in deep neural networks is proposed. The method follows two...
This study high lights on the subject of weight initialization in back-propagation feed-forward netw...
A good weight initialization is crucial to accelerate the convergence of the weights in a neural net...
Abstracf- Proper initialization of neural networks is critical for a successful training of its weig...
The vanishing gradient problem (i.e., gradients prematurely becoming extremely small during training...
This letter aims at determining the optimal bias and magnitude of initial weight vectors based on mu...
Proper initialization is one of the most important prerequisites for fast convergence of feed-forwar...
In this paper, a novel data-driven method for weight initialization of Multilayer Perceptrons andCon...
This thesis is concerned with a numerical approximation technique for feedforward artificial neural ...
The vanishing gradient problem (i.e., gradients prematurely becoming extremely small during trainin...
Artificial Neural Networks (ANNs) are one of the most widely used form of machine learning algorithm...
This study highlights on the subject of weight initialization in multi-layer feed-forward networks....
Neural network is a machine learning algorithm that has been studied since the mid-1900s, Recently, ...
In this paper, an efficient weight initialization method is proposed using Cauchy’s inequality based...