Finally, issues related to speaker dependent/independent scenarios, vowel duration, and mismatched vowel type on stress detection performance are discussed.
The purpose of this study was to specifically examine the effects of vocal loudness/intensity condition and vowel type on cepstral analysis measurements.
This paper presents a magnetoencephalographic (MEG) experiment designed to locate and compare neuromagnetic activity associated with voice pitch, MFF and vowel type in human auditory cortex.
In the adjective declensions there were two innovations: (1) To the Proto-Indo-European vowel types (*o-, *i-, *i-, and *u- stems) it added some pronominal endings to give the Germanic "strong" adjective declension.
There are four basic shapes for the throat and mouth, corresponding to four vowel types, and five methods of articulating consonants, one for each type of consonant.
Hence, if a syllable belongs to a consonant-vowel type, then the INITIAL and FINAL represent the consonant and vowel parts, respectively.
This dipole model showed that the activity associated with the three perceptual changes was functionally separable; the pitch source was located in Heschl's gyrus (bilaterally), while the vowel-type and formant-frequency sources were located (bilaterally) just behind Heschl's gyrus in planum temporale.
To examine differences in vibrato rate and extent according to vowel, production type, gender, voice type, and vocal training.
On the contrary, if a syllable belongs to a vowel-only type, e.g., a main-vowel, then the INITIAL and FINAL both represent the vowel part.
Although, as we described in the introduction, we predicted that typing training would reveal the effect of the overlapped mapping design early in skill training, and that this effect would diminish in late training, this prediction was the case for only L2 and L4, involved in typing vowel letters.
The present experiment revealed that only the latencies of the keystrokes involved in typing vowel letters reflected the fan effect, whereas the latencies of the keystrokes (RT and L3) involved in typing consonant letters did not reflect this effect.
