Abstract:In this paper, the peak finding algorithms corresponding to the Autocorrelation Function (ACF), which are widely exploited for detecting the pitch of voiced signal, are proposed.According to various researchers, it is well known fact that the estimation of fundamental frequency (F0) in speech signal is not only very important task but quite difficult mission. The proposed algorithms, presented in this paper, are implemented by using many characteristics -such as monotonic increasing function -of ACF function. … Show more
“…(2) Where and represent sample mean and sample variance, respectively [13] [14]. The normalization of the signal by equation 3 is relatively high in reliability of the results of the analysis because it preserves the characteristics of the signal well compared to the normalization of the signal by the maximum value of the signal analyzed.…”
This paper presents an engineering analysis is performed on whether the sound is audible and perceptional based on the clarity and intelligibility of the signal generated by the soprano singers. In this paper, the signal generated by the soprano singers is analyzed in three organs of the vocal cords, the vocal tract, and the lips that may have a great influence on the articulation of the phonation of soprano singers in the high vocal range. With parameters for comparing the clarity and cognition was utilized the formant frequency and the spectrum. In this study, voice signal algorithm is applied to soprano singer's song in wide frequency range, and pronunciation clarity and cognition is verified. The selected data were analyzed by measuring several formant frequencies and the spectrum of the signal. The analysis includes Korean songs by eight soprano singers "Missing Mt. Geumgangsan" sound sources were used. In this paper, the LPC spectra and the Fourier spectrum analysis are shown to be applicable to Soprano's song, which has a wide range from 250 Hz (C4) to 1300 Hz (E6) in frequency and the severe variation in its amplitude, by comparing with their clarity and intelligibility.
“…(2) Where and represent sample mean and sample variance, respectively [13] [14]. The normalization of the signal by equation 3 is relatively high in reliability of the results of the analysis because it preserves the characteristics of the signal well compared to the normalization of the signal by the maximum value of the signal analyzed.…”
This paper presents an engineering analysis is performed on whether the sound is audible and perceptional based on the clarity and intelligibility of the signal generated by the soprano singers. In this paper, the signal generated by the soprano singers is analyzed in three organs of the vocal cords, the vocal tract, and the lips that may have a great influence on the articulation of the phonation of soprano singers in the high vocal range. With parameters for comparing the clarity and cognition was utilized the formant frequency and the spectrum. In this study, voice signal algorithm is applied to soprano singer's song in wide frequency range, and pronunciation clarity and cognition is verified. The selected data were analyzed by measuring several formant frequencies and the spectrum of the signal. The analysis includes Korean songs by eight soprano singers "Missing Mt. Geumgangsan" sound sources were used. In this paper, the LPC spectra and the Fourier spectrum analysis are shown to be applicable to Soprano's song, which has a wide range from 250 Hz (C4) to 1300 Hz (E6) in frequency and the severe variation in its amplitude, by comparing with their clarity and intelligibility.
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