This paper is concerned with the use of scientific visualization methods for the analysis of feedforward neural networks (NNs). Inevitably, the kinds of data associated with the design and implementation of neural networks are of very high dimensionality, presenting a major challenge for visualization. A method is described using the well-known statistical technique of principal component analysis (PCA). This is found to be an effective and useful method of visualizing the learning trajectories of many learning algorithms such as back-propagation and can also be used to provide insight into the learning process and the nature of the error surface
A learning algorithm for multilayer perceptrons is presented which is based on finding the principal...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
: We propose a new method for visualizing the learning process in artificial neural networks using P...
Visualizing the trajectory followed through weight space when a feed-forward neural network is train...
The Multi-Layer Perceptron (MLP) is one of the most widely applied and researched Artificial Neural ...
We present a training algorithm for multilayer perceptrons which relates to the technique of princip...
Abstract. Principal component analysis allows the identification of a linear transformation such tha...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
Visualization of MLP error surfaces helps to understand the influence of network structure and trai...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
The present diploma work investigates visualization of multidimensional data using multilayer neuron...
In a number of fields, neural networks can achieve state-of-the-art performance, but understanding h...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
A learning algorithm for multilayer perceptrons is presented which is based on finding the principal...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
: We propose a new method for visualizing the learning process in artificial neural networks using P...
Visualizing the trajectory followed through weight space when a feed-forward neural network is train...
The Multi-Layer Perceptron (MLP) is one of the most widely applied and researched Artificial Neural ...
We present a training algorithm for multilayer perceptrons which relates to the technique of princip...
Abstract. Principal component analysis allows the identification of a linear transformation such tha...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
Visualization of MLP error surfaces helps to understand the influence of network structure and trai...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
The present diploma work investigates visualization of multidimensional data using multilayer neuron...
In a number of fields, neural networks can achieve state-of-the-art performance, but understanding h...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
A learning algorithm for multilayer perceptrons is presented which is based on finding the principal...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...
A training algorithm for multilayer perceptrons is discussed and studied in detail, which relates to...