VILAR, P. B.; http://lattes.cnpq.br/0812402232984399; VILAR, Pablo Bezerra.
Resumo:
This work aim ed to develop an algor ithm of an auto-associative Neural
network to recognize patterns of ultrasound
emitted by an electric insu lator, as well as
to com pare the perform ance of the deve loped algorithm with an existing Neural
Network, dedicated to the same task. The preliminary results promoted the development
of an advanced algorithm that is capable of improving the m atch rate at th e expense of
higher computational effort during the traini ng phase. The results achieved with this
algorithm are prom ising, especially consideri ng that various factors that influence the
performance of an AutoAssociativ
e Neural N etwork were not analyzed, like the
algorithm used to train the Network. Consider ing that the computational effort involved
is mainly in the train phase this algorithm might be useful in areas where the m atch rate
obtained with the trad itional m ethods are n ot enough. All th e algorithm s were
developed and tested use the MatLab Software.