Introduction to Multi-Layer Feed-Forward Neural Networks

Applications and Analysis of Multi-Layer Feed-Forward Neural Networks in Chemistry

Authors

  • Swati Agrawal Jaipur National University Author
  • Dr. P. C. Gupta Author

Keywords:

multi-layer feed-forward neural networks, back-propagation training algorithm, partial derivatives, weight coefficients, threshold coefficients, adaptation process, training, generalisation, improvements, carbon-13 NMR, chemical shifts, alkanes, neural networks, chemistry, advantages, disadvantages

Abstract

Basicdefinitions concerning the multi-layer feed-forward neural networks are given.The back-propagation training algo­rithm is explained. Partial derivatives ofthe objective function with respect to the weight and threshold coefficientsare de­rived. These derivatives are valuable for an adaptation process of theconsidered neural network. Training and generalisation of multi-layerfeed-forward neural networks are discussed. Improvements of the standardback-propagation algorithm are re­viewed. Example of the use of multi-layerfeed-forward neural networks for prediction of carbon-13 NMR chemical shifts ofalkanes is given. Further applications of neural networks in chemistry arereviewed. Advantages and disadvantages of multi­layer feed-forward neuralnetworks are discussed.

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Published

2012-11-01