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Robust Hearing-Impaired Speaker Recognition from Speech using Deep Learning Networks in Native
Several research works in speaker recognition have grown recently due to its tremendous applications in security,
criminal investigations and in other major fields. Identification of a speaker is represented by the way they speak, and not on the
spoken words. Hence the identification of hearing-impaired speakers from their speech is a challenging task since their speech is
highly distorted. In this paper, a new task has been introduced in recognizing Hearing Impaired (HI) speakers using speech as a
biometric in native language Tamil. Though their speech is very hard to get recognized even by their parents and teachers, our
proposed system accurately identifies them by adapting enhancement of their speeches. Due to the huge variety in their utterances,
instead of applying the spectrogram of raw speech, Mel Frequency Cepstral Coefficient features are derived from speech and it is
applied as spectrogram to Convolutional Neural Network (CNN), which is not necessary for ordinary speakers. In the proposed
system of recognizing HI speakers, is used as a modelling technique to assess the performance of the system and this deep learning
network provides 80% accuracy and the system is less complex. Auto Associative Neural Network (AANN) is used as a modelling
technique and performance of AANN is only 9% accurate and it is found that CNN performs better than AANN for recognizing HI
speakers. Hence this system is very much useful for the biometric system and other security related applications for hearing impaired
speakers.
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