Train and Analyze Neural Networks to Fit
Your Data
Artificial neural networks have revolutionized the way researchers
solve many complex and real-world problems in engineering, science,
economics, and finance. Neural Networks capitalizes on the
computational power and flexibility of Mathematica to help you
utilize this cutting-edge technology.
Neural Networks gives professionals and students the tools to
train, visualize, and validate neural network models. It supports a
comprehensive set of neural network structures—including radial basis
function, feedforward, dynamic, Hopfield, perceptron, vector
quantization, unsupervised, and Kohonen networks. It implements
state-of-the-art training algorithms like Levenberg-Marquardt,
Gauss-Newton, and steepest descent. Neural Networks also
includes special functions to address typical problems in data
analysis, such as function approximation, classification and
detection, clustering, nonlinear time series, and nonlinear system
identification problems.
Neural Networks is equally suited for advanced and
inexperienced users. The built-in palettes facilitate the input of any
parameter for the analysis, evaluation, and training of your data. The
online documentation contains a number of detailed examples that
demonstrate different neural network models. You can solve many
problems simply by applying the example commands to your own
data. Neural Networks also provides numerous options to modify
the training algorithms. The default values have been set to give good
results for a large variety of problems, allowing you to get started
quickly using only a few commands. As you gain experience, you will be
able to customize the algorithms to improve the performance, speed,
and accuracy of your neural network models.
With Neural Networks and Mathematica, you will have
access to a robust modeling environment that lets you test and explore
neural network models faster and easier than ever before.
The package comes with electronic documentation.
Neural Networks 1.1
requires Mathematica 7 and is available for all
Mathematica platforms.
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