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Daugman's Gabor transform as a simple generative back-propagation network

Daugman's Gabor transform as a simple generative back-propagation network
Daugman's Gabor transform as a simple generative back-propagation network
Much work has been performed on learning mechanisms for neural networks. A particular area of interest has been the use of neural networks for image processing problems. Two important pieces of work in this area are unified. An architecture and learning scheme for neural networks called generative back propagation has been previously developed and a system for image compression and filtering based on 2-D Gabor transformations which used a neural network type architecture described. Daugman's procedure is exactly replicated, a procedure which used a four layer neural network as a two-layer generative back propagation network with half of the units. The GBP update rule is shown to perform the same change as Daugman's rule, but more efficiently.
0013-5194
1241-1243
Cohen, D.
a7633443-d42d-4db7-93a2-f7173d01a71d
Shawe-Taylor, J.
c32d0ee4-b422-491f-8c28-78663851d6db
Cohen, D.
a7633443-d42d-4db7-93a2-f7173d01a71d
Shawe-Taylor, J.
c32d0ee4-b422-491f-8c28-78663851d6db

Cohen, D. and Shawe-Taylor, J. (1990) Daugman's Gabor transform as a simple generative back-propagation network. Electronics Letters, 26 (16), 1241-1243.

Record type: Article

Abstract

Much work has been performed on learning mechanisms for neural networks. A particular area of interest has been the use of neural networks for image processing problems. Two important pieces of work in this area are unified. An architecture and learning scheme for neural networks called generative back propagation has been previously developed and a system for image compression and filtering based on 2-D Gabor transformations which used a neural network type architecture described. Daugman's procedure is exactly replicated, a procedure which used a four layer neural network as a two-layer generative back propagation network with half of the units. The GBP update rule is shown to perform the same change as Daugman's rule, but more efficiently.

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Published date: August 1990
Organisations: Electronics & Computer Science

Identifiers

Local EPrints ID: 259829
URI: http://eprints.soton.ac.uk/id/eprint/259829
ISSN: 0013-5194
PURE UUID: ae49d6f4-e3c9-4abb-b949-594f46cdd24b

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Date deposited: 24 Aug 2004
Last modified: 14 Mar 2024 06:28

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Contributors

Author: D. Cohen
Author: J. Shawe-Taylor

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