Daugman's gabor transform as a simple generative back propagation network

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Daugman's gabor transform as a simple generative back propagation network

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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.

Inspec keywords: computerised picture processing; transforms; learning systems; neural nets

Other keywords: 2-D Gabor transformations; Daugman's Gabor transform; image processing problems; generative back propagation network; learning scheme; learning mechanisms; GBP update rule; four layer neural network; neural networks; two-layer generative back propagation network; image compression; Daugman's procedure

Subjects: Computer vision and image processing techniques; Integral transforms; Integral transforms; Optical information, image and video signal processing; Analogue and hybrid computing techniques; Artificial intelligence (theory)

References

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      • J. Daugman . Complete discrete 2-D Gabor transforms by neural networks for image analysis and compression. IEEE Trans. , 7
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      • D.E. Rumelhart , J.L. McClelland . , Parallel distributed processing.
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