Analysis of Indian English Vowels on Formants

Author:

Kumar C Dr. Anil1

Affiliation:

1. R. L. Jalappa Institute of Technology, Doddaballapur

Abstract

Human speech can convey the important data more than hundreds of signals, hence speech is considered as one of the most useful data filled signals, speech sounds have a rich and multi-layered temporal variation that convey various fruitful of information such as intention, expressions, intonation, accent, speaker identity, gender, age, style of speaking, emotions. state of health of speaker. But articulator movements depending on the organs movements such as, the movement of lips, tongue and other organs- is among the subtlest and most adept of actions performed by human beings. The major concern in language will be the identification, separation and processing of vowels and consonants of a particular language. This system we are storing different voice test samples of various speakers of different age with different conditions, from each speaker with different vowels, consonants and different combinations. From the spectrogram we are extracting the formant frequency & pitch for the different vowels and consonants using Matlab software.

Publisher

Naksh Solutions

Reference9 articles.

1. Michael Scordillis and John N Gowdy, “Effects of the vocal tract shape on the spectral tilt of the glottal pulse wave form. ”, IEEE Trans 1990 pp 86 – 89

2. Mehrdad khodai-joopaari,Frantz Clermont,Michael barlow,speaker variability on a continuum of spectral sub-bands from 297-speakers’non- contemporaneous cepstra of japans vowels, proceeding of the 10th Australian intl conference on speech scicence and technology, 2004.

3. Gautam Vallabha & Betty Tuller, “CHOICE OF FILTER ORDER IN LPC ANALYSIS OF VOWELS”, From Sound to Sense: June 11 – June 13, 2004 at MIT.

4. K. Sajeer1* and Paul Rodrigues2 “Novel Approach of Implementing Speech Recognition using Neural Networks for Information Retrieval”. Indian Journal of Science and Technology, Vol 8(33), December 2015.

5. M. S. Shah and P. C. Pandey, “Estimation of vocal tract shape for VCV syllables for a speech training aid,” in Proc. 27th Int. Conf. IEEE Engg. Med. Biol. Soc., 2005, pp. 6642–6645.

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