Redes neuronales wavelet multidimensionales basadas en poderes polinomiales de sigmoide
Un marco para la verificación de imágenes
DOI:
https://doi.org/10.29147/2526-1789.DAT.2016v1i2p106-123Palabras clave:
Artificial neural network, Human face verification, mage processing, Pattern recognition, Polynomial powers of Sigmoid (PPS), WaveletsResumen
Wavelet functions have been used as the activation function in feed forward neural networks. An abundance of R&D has been produced on wavelet neural network area. Some successful algorithms and applications in wavelet neural network have been developed and reported in the literature. However, most of the aforementioned reports impose many restrictions in the classical back propagation algorithm, such as low dimensionality, tensor product of wavelets, parameters initialization, and, in general, the output is one dimensional, etc. In order to remove some of these restrictions, a family of polynomial wavelets generated from powers of sigmoid functions is presented. We described how a multidimensional wavelet neural networks based on these functions can be constructed, trained and applied in pattern recognition tasks. As examples of applications for the method proposed a framework for face verfication is presented.
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